ASAP2_VERSION  1 3
/* Erstellt von DAMOS++ V1.17 */
/begin PROJECT D5138_86Hi_0 "4414.DE"
  /begin HEADER ""
    VERSION    "D5138_86Hi_0"
    PROJECT_NO D5138_86Hi_0
  /end HEADER

  /begin MODULE DIM ""

  /begin A2ML 
    block "IF_DATA" taggedunion if_data {
/****************************************************************************/
/* AML für ASAP1B_ADDRESS */
"ASAP1B_ADDRESS" taggedstruct
{
  "KP_BLOB" struct
  {
    ulong;	/* Anfangs-Adresse der Messgroesse */
  };
};
/****************************************************************************/

/****************************************************************************/
/*                                                                          */
/*   ASAP2 Meta description for ETK                                         */
/*   - only applicable with ASAP2 V1.3 -                                    */
/*                                                                          */
/*   Used data types:                                                       */
/*                                                                          */
/*   A2ML       ASAP2          Windows  Explanation                         */
/*   ---------------------------------------------------------              */
/*   uchar      UBYTE          BYTE     unsigned 8 Bit                      */
/*   char       SBYTE          char     signed 8 Bit                        */
/*   uint       UWORD          WORD     unsigned integer 16 Bit             */
/*   int        SWORD          int      signed integer 16 Bit               */
/*   ulong      ULONG          DWORD    unsigned integer 32 Bit             */
/*   long       SLONG          LONG     signed integer 32 Bit               */
/*   float      FLOAT32_IEEE            float 32 Bit                        */
/*                                                                          */
/*  Changes:                                                                */
/*  26.4.99 Hn   closing bracket at 'ADDRESS_MAPPING' added,                */
/*               Keyword 'RESERVED' changed to 'RESERVED_DISTAB_MEMORY'     */
/*                                                                          */
/*                                                                          */
/****************************************************************************/

/****************************************************************************/
/*                                                                          */
/* For a correct working of the ETK, the following MEMORY_SEGMENTs have to  */
/* be specified in the section 'MOD_PAR' of the ASAP2 file:                 */
/*                                                                                                                                                  */
/*  /begin MEMORY_SEGMENT                                                                                                       */
/*     Dataxxxx ""  DATA FLASH <mem. location> <address> <size> <mirrors>   */
/*  /end MEMORY_SEGMENT                                                                                                     */ 
/*                                                                                                                                                  */
/*  /begin MEMORY_SEGMENT                                                                                                       */
/*     Codexxxx ""  CODE FLASH <mem. location> <address> <size> <mirrors>   */
/*  /end MEMORY_SEGMENT                                                                                                     */ 
/*                                                                                                                                                  */
/*  /begin MEMORY_SEGMENT                                                                                                       */
/*     ExRAM "ExRAM for DISTAB" VARIABLES RAM EXTERN <address> <size> <mirrors> */
/*  /end MEMORY_SEGMENT                                                                                                     */ 
/*                                                                                                                                                  */
/*      Remark: All data included in a hex file, but not specified by a memory  */
/*          segment will be ignored inside the application program and lost */
/*          when generating hex file export                                 */
/*                                                                          */
/****************************************************************************/

"ETK" taggedstruct
{
  /* Description of an address mapping between addresses in the view of the EPROM of the ECU  */
  /* (and ASAP2) and the addresses in the scope of the ETK */
  /* IF_DATA section used with MEMORY_SEGMENT (can be missing if no differences between the 2 views) */
  ("ADDRESS_MAPPING" struct
    {
     ulong;      /* Start address of MEMORY_SEGMENT     */
     ulong;      /* mapped start address for ETK   */
     ulong;      /* Length of mapped address range    */
        }
   )*;                   /* multiple use of ADDRESS_MAPPING is possible     */
                                 /* (even each MEMORY_SEGMENT)                  */

  /* Description of the acquisition (trigger) levels supplied by the ECU, 3 is max. no. for ETK */
  (block "SOURCE" struct
    {
      struct
      {
        char [100]; /* Source name */
        int;    /* CSE unit according to Asap1b (minimal period duration) of the */
                /* acqisition raster*/
        long;   /* Minimal period number measured in the CSE unit */
      };
      taggedstruct
      {
        /* Description of additional information needed by the ETK device driver */
        /* to collect the measurement data from a certain acquisition raster */
        "QP_BLOB" struct
        {                                                                
          uint; /* Acquisition raster 1=A (typ. angle synchronous)               */
                /*                    2=B (typ. time synchronous 10 msec)        */
                /*                    3=C (typ. time synchronous 100 msec)       */
                /*                    4=S/T angle synchronous (bypass only)      */
                /*                    5=X/Y time synchronous  (bypass only)      */
                /* Description                            keyword from DAMOS     */
          uint; /* Max. length of display table in bytes  MAXNUM_A/B/C/BPMAX_S/X  */
          ulong;/* Start address of display table         DISTAB_A/B/C/BYPASS_S/X */
          ulong;/* Output address of display table        CHNL_A/B/C/S/X          */
          ulong;/* Address of trigger id                  TRGID_A/B/C/S/X         */
          uint; /* Repetition rate of trigger             3rd value from DISTAB_A/B/C/S/X */
          uint; /* Max. size of bypass receive table      -/-/-/BPMAX_T/Y         */
          ulong;/* Output address of the bypass table     -/-/-/CHNL_T/Y          */
        };
      };
    })*;        /* SOURCE can be used several times */

  /* Description of additional information needed to configure the ETK device driver */
  /* for measurement and calibration */
  block "TP_BLOB" struct
  {
    ulong;  /* Version number of the TP-Blob; uppermost byte is always != 0, so that */
            /* informations cannot be mixed up with older blob versions         */
            /* (trigger address was previously at the first position and had max. 24 Bit)*/
            /* current value: 0x01000001                                    */

    ulong;  /* Project base address (offset to be added to every calibration address) PBA */
    ulong;  /* ETKP: RESET_CFG parameter only for PPC family CPU            */

    block "DISTAB_CFG" struct {
      uint;    /* Type of display table (13 recommended,           DSPTAB   */
                   /* 12, 11, 20 only for old projects)                         */
      uint;    /* Data type of display table: 1=byte 2=word        DAT_MOD  */
               /* additional code table for distab 13 depending                         */
                           /* on bus width / bus access                                                                 */
                           /* (see distab 13 spec. for more information)                */
      uint;    /* Byte order 1 = high first, 2 = low first         RFG      */
      ulong;   /* Trigger segment address                          TRGSEGAD */
      ulong;   /* Trigger configuration  (special code)            TRG_CFG  */
      taggedstruct {
        "TRG_MOD" ( uchar; )*;         /* Dyn. length for TRG_MOD         */
                                 /* (special code)                 */
      };
    };

    taggedstruct {

      /* A check, whether program and data are matching can be performed, if the */
      /* ECU copies a certain 'program identifier' (e.g. the code checksum) into the */
      /* external RAM and the same identifier is stored in the data range. The ETK */
      /* driver can read and compare both identifier and issue an error message, if */
      /* the both identifiers do not match.                                  */
      "CODE_CHK" struct {
        ulong;  /* ETK: address of program identifier in the data range PRG_DATA */
        uint;   /* ETK: length of program identifier in the data range (max. 4 bytes) */
        ulong;  /* ETK: address of program identifier in the external RAM PRG_ERAM */
        uint;   /* ETK: length of program identifier in the external RAM (max. 4 bytes) */
        /* If all parameters contain 0x0 values, no check is performed */
      };

      /* Description of ETK configuration parameters, as configured with the ETK configuration tool */
      "ETK_CFG" ( uchar; )*;  /* ETK_CFG parameters (dyn. length)          */

      /* Additional description of data ranges overwriting the MEMORY_SEGMENT description */
      ( "EMU_DATA" struct {
        ulong;  /* Start address            */
        ulong;  /* Length in bytes          */
        enum {  /* Memory attribute         */
          "INTERN"  = 0,
          "EXTERN"  = 1
        };
            /* Description of offsets to additional data ranges where the contents of this */
            /* data range are mirrored */
                ulong;  /* Mirror offset 1          */
                ulong;  /* Mirror offset 2          */
                ulong;  /* Mirror offset 3          */
                ulong;  /* Mirror offset 4          */
                ulong;  /* Mirror offset 5          */
                /* Mirror offsets of -1 indicate that there is no mirror offset */
      })*;

      /* Additional description of code ranges overwriting the MEMORY_SEGMENT description */
      ( "EMU_CODE" struct {
        ulong;  /* Start address            */
        ulong;  /* Length in bytes          */
        enum {  /* Memory attribute         */
          "INTERN"  = 0,
          "EXTERN"  = 1
        };
                ulong;  /* Mirror offset 1          */
                ulong;  /* Mirror offset 2          */
                ulong;  /* Mirror offset 3          */
                ulong;  /* Mirror offset 4          */
                ulong;  /* Mirror offset 5          */
      })*;

      /* Additional description of external RAM ranges overwriting the MEMORY_SEGMENT */
      /* description */
      ( "EMU_RAM" struct {
        ulong;  /* Start address            */
        ulong;  /* Length in bytes          */
        enum {  /* Memory attribute         */
          "INTERN"  = 0,
          "EXTERN"  = 1
        };
                ulong;  /* Mirror offset 1          */
                ulong;  /* Mirror offset 2          */
                ulong;  /* Mirror offset 3          */
                ulong;  /* Mirror offset 4          */
                ulong;  /* Mirror offset 5          */
      })*;

      /* Description of 'reserved ranges' (especially in the data or code ranges; e.g. */
      /* location of the display tables) that are excluded from checksum verification  */       
          /* If the 3 display tables stand close together, the size of the reserved memory */
          /* is calculated by the following formula:                                       */
          /*                                                                               */
          /*     size = (highest start address of the 3 distabs)                                                   */
          /*              + ((size of this distab) + 2) * 4                                                                */
          /*              - (lowest start address of the 3 distabs)                            */
          /*                                                                               */
      ( "RESERVED_DISTAB_MEMORY" struct {
        ulong;  /* Start address            */
        ulong;  /* Length in bytes          */
        enum {  /* Memory attribute         */
          "INTERN"  = 0,
          "EXTERN"  = 1
        };
                ulong;  /* Mirror offset 1          */
                ulong;  /* Mirror offset 2          */
                ulong;  /* Mirror offset 3          */
                ulong;  /* Mirror offset 4          */
                ulong;  /* Mirror offset 5          */
      })*;

    }
  };
  /* for CHARACTERISTIC and AXIS_PTS and MEMORY_LAYOUT */
  "DP_BLOB" struct
  {
    ulong;      /* start address for example of a map */
    ulong;      /* length of the map                  */
  };

  /* for MEASUREMENT */
  "KP_BLOB" struct
  {
    ulong;      /* start address of measurement variable */
    uint;       /* address location (0=intern, 1=extern) */
    uint;       /* number ob bytes */
  };
};
/******************************************************************************/
/*                                                                            */
/*   ASAP2-Meta-description for MCMESS                                        */
/*   - only for ASAP V1.2 -                                                   */
/*                                                                            */
/*   Schnorr, Vector Informatik GmbH                                          */
/*   Stand 29.August 97                                                       */
/*                                                                            */
/*   Tobias Ostgathe (Og), Etas GmbH & Co.Kg                                  */
/*   Tel.: +49 (711) 89661-354                                                */
/*   Fax.: +49 (711) 89661-107                                                */
/*                                                                            */
/*   ETAS-Og 22.06.99:                                                        */
/*          - Number of signals in QP_BLOB converted to number of             */
/*            bytes according to DAMOS                                        */
/*            /MCK, BLKZ_W x and /MCK BLKZ_Z x                                */
/*          - raster type in QP_BLOB is an enum now                           */
/*          - blob version added in TP_BLOB --> current version 1.1           */
/*          - many parameters in TP_BLOB are optional now                     */
/*          - CHECKSUM_PARAM-block added in TP_BLOB                           */
/*          - DEFINED_PAGES-block added in TP_BLOB                            */
/*          - THREE_BYTE_ADDRESSES flag added                                 */
/*          - COPY_FLASH_TO_RAM_BY_COMMAND flag added                         */
/*          - removed areas                                                   */
/*                                                                            */
/*   Vector-Schnorr 23.09.99:                                                 */
/*          - VS_DEF und PSEUDO_ADR im TP_BLOB                                */
/*            (neue Version des TP_BLOB: 1.2                                  */
/*                                                                            */
/*   used data types:                                                         */
/*                                                                            */
/*   A2ML       ASAP2          Windows  Erläuterung                           */
/*   ---------------------------------------------------------                */
/*   uchar      UBYTE          BYTE     unsigned 8 Bit                        */
/*   char       SBYTE          char     signed 8 Bit                          */
/*   uint       UWORD          WORD     unsigned integer 16 Bit               */
/*   int        SWORD          int      signed integer 16 Bit                 */
/*   ulong      ULONG          DWORD    unsigned integer 32 Bit               */
/*   long       SLONG          LONG     signed integer 32 Bit                 */
/*   float      FLOAT32_IEEE            float 32 Bit                          */
/*                                                                            */
/******************************************************************************/

"ASAP1B_MCMESS" taggedstruct
{
   (block "SOURCE" struct
   {
      struct
      {
         char [100];          /* Name                                         */
         int;                 /* CSE-unit          == 103 | always event      */
         long;                /* min Periodendauer == 1   | triggered         */
      };
      taggedstruct
      {
         "QP_BLOB" struct
         {
            enum              /* type of sampling raster                      */
            {
               "HANDSHAKE" = 0x00,
               "ANGLE"     = 0x08,
               "TIME"      = 0x0C
            };
            uint;             /* max. no of bytes in signal group             */
                              /*  -handshake : 0                              */
                              /*  -angle     : BLKZ_W from DAMOS              */
                              /*  -time      : BLKZ_Z from DAMOS              */
         };
      };
   }
   )*;

   block "TP_BLOB" struct
   {
      uint;                   /* Blob version,                                */
                              /*    High byte: version                        */
                              /*    Low byte : sub version (decimal.)         */
                              /* starts with 0x0101                           */
      taggedstruct
      {
         "KOMKEN"      uint;     /* communication identifier 1..255           */
         "MCTGT"       long;     /* Targetadresse im Steuerger"t              */
         "MCINI"       enum
         {
            "MASSE"  = 0,
            "KW2000" = 1
         };                      /* wake-up type                              */
         "WFSIDLE0"    uint;     /* immobilizer IDLE0                         */
         "WFSIDLE1"    uint;     /* immobilizer IDLE1                         */
         "WFS5B"       uint;     /* immobilizer 5 baud                        */
         "NOOFCYL"     uint;     /* number of cylinders                       */
         "CYLCNAME"    char[20]; /* name of cylindercounter-cell              */
         "CYLSEQU"     char[30]; /* firing order: e.g "1,3,4,2"               */
         "XRAMOF"      uint      /* EXRAM-Offset: 0..255                      */
      
         block "VS_DEF"     (char[64])*;   /* Verstellparameterzuordnung: (VSW:N40 VSGF:XKRS ...) */
         block "PSEUDO_ADR" (char[64])*;   /* Zuordnung von Pseudoadressen: (N40:1 XLSK:4 ...) */
      
         block "CHECKSUM_PARAM" struct
         {
            ulong;            /* check sum type qualifier (see table)         */
            taggedstruct
            {
               "CHECKSUM_CALCULATION"
               enum
               {
                  "ACTIVE_PAGE", /* default                                   */
                  "WORKING_PAGE" /* checksum always on working page           */
               }; 
            };
         };

         (block "DEFINED_PAGES" struct
         {
            uint;
            char[101];
            taggedunion
            {
               "RAM" struct /* working page */
               {
                  enum
                  {
                     "RAM_INIT_BY_ECU",  /* RAM is initialized by ECU (default) */
                     "RAM_INIT_BY_TOOL"  /* RAM is initialized by TOOL          */
                  };
                  taggedstruct
                  {
                     "DEFAULT";          /* page is the default page            */
                  };
               };
               "ROM" taggedstruct /* reference page */
               {
                  "DEFAULT";
               };
               "FLASH" struct /* reference page */
               {
                  enum
                  {
                     "NO_FLASH_BACK",
                     "AUTO_FLASH_BACK",  /* ECU will copy ram to flash automatically */
                                         /* after ECU-reset                          */
                     "FLASH_BACK"        /* ECU will copy ram to flash automatically */
                                         /* after ECU-reset if the corresponding     */
                                         /* McMess-command has told the ECU to do so */
                  };
                  taggedstruct
                  {
                     "DEFAULT";
                  };
               };
               "EEPROM" struct /* reference page */
               {
                  enum
                  {
                     "NO_FLASH_BACK",
                     "AUTO_FLASH_BACK",
                     "FLASH_BACK"
                  };
                  taggedstruct
                  {
                     "DEFAULT";
                  };
               };
            };
         })*;
                                 /* byte-order of measurements. Default is the   */
                                 /* value of the Asap2-BYTE_ORDER-section or     */
                                 /* MSB_FIRST if there is none.                  */
         "BYTE_ORDER" enum
         {
            "MSB_FIRST",
            "MSB_LAST"
         };
         "THREE_BYTE_ADDRESSES"; /* specifies if the ECU supports 3-byte         */
                                 /* addresses with McMess                        */
         "COPY_FLASH_TO_RAM_BY_COMMAND";/* specifies if the ECU supports the     */
                                        /* McMess - copy flash to ram command    */
      };
   };/*TP_BLOB*/


   block "KP_BLOB" struct
   {
      long;                   /* address                                      */
      enum                    /* address location                             */
      {
         "INTERN",
         "EXTERN"
      };
      uint;                   /* size of measurement in bytes                 */
      taggedstruct
      {
         "PSEUDO_ADR" uint;     /* pseudoadress 1..255                        */
         "VS_DEF"     char[20]; /* name of calibration parameter, default ""  */
      };
   };

   "DP_BLOB" struct
   {
      ulong;                  /* Start address                                */
      ulong;                  /* Size of characteristic in bytes              */
   };
};


    }; 
  /end A2ML

  /begin MOD_PAR "4414.DE"
    VERSION "PrV = C86hi mit 00"
    ADDR_EPK 0x81000C
    EPK "45/1/MED7.5.11/3/4414.DE//C86hi/Dst00/070602/"
    CUSTOMER_NO "3"
    USER ""
    PHONE_NO ""
    CPU_TYPE "S80166"
    ECU "MED7.5.11"
    /begin MEMORY_SEGMENT Pst800000 "" CODE EPROM EXTERN 0x800000 0x10000 -1 -1 -1 -1 -1 
    /begin IF_DATA ETK ADDRESS_MAPPING /*orig_adr:*/0x800000 /*mapping_adr:*/0x800000 /*length:*/0x10000 /end IF_DATA
    /end MEMORY_SEGMENT

    /begin MEMORY_SEGMENT Pst820000 "" CODE EPROM EXTERN 0x820000 0x6A00 -1 -1 -1 -1 -1 
    /begin IF_DATA ETK ADDRESS_MAPPING /*orig_adr:*/0x820000 /*mapping_adr:*/0x820000 /*length:*/0x6A00 /end IF_DATA
    /end MEMORY_SEGMENT

    /begin MEMORY_SEGMENT Pst830000 "" CODE EPROM EXTERN 0x830000 0x50000 -1 -1 -1 -1 -1 
    /begin IF_DATA ETK ADDRESS_MAPPING /*orig_adr:*/0x830000 /*mapping_adr:*/0x830000 /*length:*/0x50000 /end IF_DATA
    /end MEMORY_SEGMENT

    /begin MEMORY_SEGMENT Pst880000 "" CODE EPROM EXTERN 0x880000 0x80000 -1 -1 -1 -1 -1 
    /begin IF_DATA ETK ADDRESS_MAPPING /*orig_adr:*/0x880000 /*mapping_adr:*/0x880000 /*length:*/0x80000 /end IF_DATA
    /end MEMORY_SEGMENT

    /begin MEMORY_SEGMENT Dst810000 "" DATA EPROM EXTERN 0x810000 0x10000 -1 -1 -1 -1 -1 
    /begin IF_DATA ETK ADDRESS_MAPPING /*orig_adr:*/0x810000 /*mapping_adr:*/0x810000 /*length:*/0x10000 /end IF_DATA
    /end MEMORY_SEGMENT

    /begin MEMORY_SEGMENT Dst826A00 "" DATA EPROM EXTERN 0x826A00 0x9600 -1 -1 -1 -1 -1 
    /begin IF_DATA ETK ADDRESS_MAPPING /*orig_adr:*/0x826A00 /*mapping_adr:*/0x826A00 /*length:*/0x9600 /end IF_DATA
    /end MEMORY_SEGMENT

    /begin MEMORY_SEGMENT ExtRam380000 "" VARIABLES RAM EXTERN 0x380000 0x8000 -1 -1 -1 -1 -1 
    /begin IF_DATA ETK ADDRESS_MAPPING /*orig_adr:*/0x380000 /*mapping_adr:*/0x380000 /*length:*/0x8000 /end IF_DATA
    /end MEMORY_SEGMENT



    SYSTEM_CONSTANT "ANZ_VARTAB" "8"
    SYSTEM_CONSTANT "ANZ_VARTABC" "8"
    SYSTEM_CONSTANT "EPK_MAX_LEN" "80"
    SYSTEM_CONSTANT "SK_ME751" "1"
    SYSTEM_CONSTANT "SK_ME751_C" "1"
    SYSTEM_CONSTANT "SK_MED7511" "1"
    SYSTEM_CONSTANT "SK_PECC650" "1"
    SYSTEM_CONSTANT "SK_UMHC05" "1"
    SYSTEM_CONSTANT "SK_UMHC05_ROMUM06" "1"
    SYSTEM_CONSTANT "SWOFFDL_REQUEST_MASK" "8191"
    SYSTEM_CONSTANT "SY_2HFM" "0"
    SYSTEM_CONSTANT "SY_2SG" "0"
    SYSTEM_CONSTANT "SY_2SLS" "0"
    SYSTEM_CONSTANT "SY_2TEV" "0"
    SYSTEM_CONSTANT "SY_3SG" "0"
    SYSTEM_CONSTANT "SY_650ICLK" "0"
    SYSTEM_CONSTANT "SY_AAU" "0"
    SYSTEM_CONSTANT "SY_AAV" "0"
    SYSTEM_CONSTANT "SY_ABGKL" "0"
    SYSTEM_CONSTANT "SY_ABGY" "0"
    SYSTEM_CONSTANT "SY_ABGYVBP" "0"
    SYSTEM_CONSTANT "SY_ABMZND" "0"
    SYSTEM_CONSTANT "SY_ADR" "0"
    SYSTEM_CONSTANT "SY_AEKPBI" "0"
    SYSTEM_CONSTANT "SY_AFR" "0"
    SYSTEM_CONSTANT "SY_AGR" "1"
    SYSTEM_CONSTANT "SY_AGRGSTA" "0"
    SYSTEM_CONSTANT "SY_AGRKOMP" "3"
    SYSTEM_CONSTANT "SY_AGRKOMP_SRC" "1"
    SYSTEM_CONSTANT "SY_AGRTEVK" "1"
    SYSTEM_CONSTANT "SY_AGR_DSS" "1"
    SYSTEM_CONSTANT "SY_AIRBAG" "1"
    SYSTEM_CONSTANT "SY_ALLRAD" "0"
    SYSTEM_CONSTANT "SY_ALLRAD_NIVEAU" "0"
    SYSTEM_CONSTANT "SY_ALTSC" "0"
    SYSTEM_CONSTANT "SY_ARC" "0"
    SYSTEM_CONSTANT "SY_ASG" "0"
    SYSTEM_CONSTANT "SY_ASM" "0"
    SYSTEM_CONSTANT "SY_ASR" "0"
    SYSTEM_CONSTANT "SY_ASTIKR" "0"
    SYSTEM_CONSTANT "SY_ASTIKR2" "0"
    SYSTEM_CONSTANT "SY_ASTNVK" "1"
    SYSTEM_CONSTANT "SY_ASTNVK2" "0"
    SYSTEM_CONSTANT "SY_ASTVHK" "0"
    SYSTEM_CONSTANT "SY_ASTVHK2" "0"
    SYSTEM_CONSTANT "SY_ASV" "0"
    SYSTEM_CONSTANT "SY_ATLB" "0"
    SYSTEM_CONSTANT "SY_ATMZA" "1"
    SYSTEM_CONSTANT "SY_ATR" "1"
    SYSTEM_CONSTANT "SY_AWUE" "0"
    SYSTEM_CONSTANT "SY_AZUESHF" "3"
    SYSTEM_CONSTANT "SY_BATTSG" "0"
    SYSTEM_CONSTANT "SY_BBPHSYN" "0"
    SYSTEM_CONSTANT "SY_BDE" "1"
    SYSTEM_CONSTANT "SY_BGSRM" "0"
    SYSTEM_CONSTANT "SY_BGVZS" "0"
    SYSTEM_CONSTANT "SY_BKS" "1"
    SYSTEM_CONSTANT "SY_BKV" "2"
    SYSTEM_CONSTANT "SY_BKVP" "1"
    SYSTEM_CONSTANT "SY_BLOOP" "0"
    SYSTEM_CONSTANT "SY_BNWSX" "0"
    SYSTEM_CONSTANT "SY_C167CS" "1"
    SYSTEM_CONSTANT "SY_CAMNMSV" "2"
    SYSTEM_CONSTANT "SY_CAN" "0"
    SYSTEM_CONSTANT "SY_CANAC" "1"
    SYSTEM_CONSTANT "SY_CANACC" "0"
    SYSTEM_CONSTANT "SY_CANADR" "0"
    SYSTEM_CONSTANT "SY_CANAIR" "1"
    SYSTEM_CONSTANT "SY_CANALL" "0"
    SYSTEM_CONSTANT "SY_CANBEM" "0"
    SYSTEM_CONSTANT "SY_CANBR3" "0"
    SYSTEM_CONSTANT "SY_CANBR8" "0"
    SYSTEM_CONSTANT "SY_CANBSG" "1"
    SYSTEM_CONSTANT "SY_CANCINS" "1"
    SYSTEM_CONSTANT "SY_CANCLA" "1"
    SYSTEM_CONSTANT "SY_CANGAT" "0"
    SYSTEM_CONSTANT "SY_CANGE2" "1"
    SYSTEM_CONSTANT "SY_CANGRA" "0"
    SYSTEM_CONSTANT "SY_CANLHV" "0"
    SYSTEM_CONSTANT "SY_CANLWS" "0"
    SYSTEM_CONSTANT "SY_CANMUX_KC" "1"
    SYSTEM_CONSTANT "SY_CANMUX_KK" "1"
    SYSTEM_CONSTANT "SY_CANMUX_MM" "0"
    SYSTEM_CONSTANT "SY_CANNIV" "0"
    SYSTEM_CONSTANT "SY_CANNOHK" "0"
    SYSTEM_CONSTANT "SY_CANTOG" "0"
    SYSTEM_CONSTANT "SY_CANVARIANT" "120"
    SYSTEM_CONSTANT "SY_CANZAS" "0"
    SYSTEM_CONSTANT "SY_CAN_B" "0"
    SYSTEM_CONSTANT "SY_CAN_C" "0"
    SYSTEM_CONSTANT "SY_CAN_CONFIG" "15"
    SYSTEM_CONSTANT "SY_CDCSIZE" "4"
    SYSTEM_CONSTANT "SY_CDKSIZE" "4"
    SYSTEM_CONSTANT "SY_CDTSIZE" "1"
    SYSTEM_CONSTANT "SY_CHKPROC" "75136"
    SYSTEM_CONSTANT "SY_CJ110" "0"
    SYSTEM_CONSTANT "SY_CJ120" "0"
    SYSTEM_CONSTANT "SY_CJ125" "1"
    SYSTEM_CONSTANT "SY_CJ220" "2"
    SYSTEM_CONSTANT "SY_CJ830" "1"
    SYSTEM_CONSTANT "SY_CJ830W1" "0"
    SYSTEM_CONSTANT "SY_CLASIZE" "1"
    SYSTEM_CONSTANT "SY_CNG" "0"
    SYSTEM_CONSTANT "SY_CONFSL" "0"
    SYSTEM_CONSTANT "SY_CONFSL5033" "0"
    SYSTEM_CONSTANT "SY_CSBVAR" "0"
    SYSTEM_CONSTANT "SY_CVT" "0"
    SYSTEM_CONSTANT "SY_DAGRFC" "0"
    SYSTEM_CONSTANT "SY_DCSAVE" "1"
    SYSTEM_CONSTANT "SY_DCV" "0"
    SYSTEM_CONSTANT "SY_DDYLSU" "0"
    SYSTEM_CONSTANT "SY_DEGFE" "1"
    SYSTEM_CONSTANT "SY_DELFCMS" "0"
    SYSTEM_CONSTANT "SY_DFPMENV" "2"
    SYSTEM_CONSTANT "SY_DFPMTIM" "6"
    SYSTEM_CONSTANT "SY_DFPMVAR" "15"
    SYSTEM_CONSTANT "SY_DFPM_DATA_FAR" "1"
    SYSTEM_CONSTANT "SY_DFPNL" "1"
    SYSTEM_CONSTANT "SY_DFP_ANZ" "158"
    SYSTEM_CONSTANT "SY_DGANZ" "1"
    SYSTEM_CONSTANT "SY_DHELSU" "0"
    SYSTEM_CONSTANT "SY_DIADRL" "0"
    SYSTEM_CONSTANT "SY_DIBLKL" "0"
    SYSTEM_CONSTANT "SY_DIMONL" "0"
    SYSTEM_CONSTANT "SY_DIPRGL" "0"
    SYSTEM_CONSTANT "SY_DIVARL" "0"
    SYSTEM_CONSTANT "SY_DKAT" "10"
    SYSTEM_CONSTANT "SY_DKATEF" "0"
    SYSTEM_CONSTANT "SY_DKATLRS" "0"
    SYSTEM_CONSTANT "SY_DKATNO" "0"
    SYSTEM_CONSTANT "SY_DKATSP" "1"
    SYSTEM_CONSTANT "SY_DKATSPF" "0"
    SYSTEM_CONSTANT "SY_DKATTH" "1"
    SYSTEM_CONSTANT "SY_DKHZ" "0"
    SYSTEM_CONSTANT "SY_DLCKD" "40"
    SYSTEM_CONSTANT "SY_DLCPEN" "40"
    SYSTEM_CONSTANT "SY_DLDP" "0"
    SYSTEM_CONSTANT "SY_DLS" "1"
    SYSTEM_CONSTANT "SY_DLSFHV" "0"
    SYSTEM_CONSTANT "SY_DLSFV" "0"
    SYSTEM_CONSTANT "SY_DLSHV" "0"
    SYSTEM_CONSTANT "SY_DLSU" "9"
    SYSTEM_CONSTANT "SY_DLSUV" "0"
    SYSTEM_CONSTANT "SY_DMBF" "1"
    SYSTEM_CONSTANT "SY_DMDVAR" "2"
    SYSTEM_CONSTANT "SY_DMDZAG" "1"
    SYSTEM_CONSTANT "SY_DOPZW" "0"
    SYSTEM_CONSTANT "SY_DSKNO" "1"
    SYSTEM_CONSTANT "SY_DSKVND" "1"
    SYSTEM_CONSTANT "SY_DSL10MS" "0"
    SYSTEM_CONSTANT "SY_DSL2MS" "0"
    SYSTEM_CONSTANT "SY_DSM" "1"
    SYSTEM_CONSTANT "SY_DSMEX" "33"
    SYSTEM_CONSTANT "SY_DSMFA" "20"
    SYSTEM_CONSTANT "SY_DSMINH" "13"
    SYSTEM_CONSTANT "SY_DSMMAST" "24"
    SYSTEM_CONSTANT "SY_DSMRDF" "2"
    SYSTEM_CONSTANT "SY_DSMRESL" "7"
    SYSTEM_CONSTANT "SY_DSMRESW" "3"
    SYSTEM_CONSTANT "SY_DSMSLP" "10"
    SYSTEM_CONSTANT "SY_DSMVINH" "0"
    SYSTEM_CONSTANT "SY_DSMZOL" "0"
    SYSTEM_CONSTANT "SY_DSS" "1"
    SYSTEM_CONSTANT "SY_DSU" "1"
    SYSTEM_CONSTANT "SY_DSVDK" "0"
    SYSTEM_CONSTANT "SY_DTANKL" "1"
    SYSTEM_CONSTANT "SY_DTES" "2"
    SYSTEM_CONSTANT "SY_DTHM" "0"
    SYSTEM_CONSTANT "SY_DUZND" "0"
    SYSTEM_CONSTANT "SY_DVALCRT" "1"
    SYSTEM_CONSTANT "SY_DVEADA" "1"
    SYSTEM_CONSTANT "SY_ECOMOD" "0"
    SYSTEM_CONSTANT "SY_EEPROM_ADDRESS_MODE" "0"
    SYSTEM_CONSTANT "SY_EEPROM_SIZE" "512"
    SYSTEM_CONSTANT "SY_EGAS" "1"
    SYSTEM_CONSTANT "SY_EGFE" "10"
    SYSTEM_CONSTANT "SY_EKPRMK" "0"
    SYSTEM_CONSTANT "SY_ELCAN" "1"
    SYSTEM_CONSTANT "SY_ENVBLOK" "2"
    SYSTEM_CONSTANT "SY_EOLT" "0"
    SYSTEM_CONSTANT "SY_ESTZ" "0"
    SYSTEM_CONSTANT "SY_ETKBYP" "1"
    SYSTEM_CONSTANT "SY_ETRART" "0"
    SYSTEM_CONSTANT "SY_EXHDEVE" "0"
    SYSTEM_CONSTANT "SY_F1GETR" "0"
    SYSTEM_CONSTANT "SY_FANT" "1"
    SYSTEM_CONSTANT "SY_FCMDISP" "5"
    SYSTEM_CONSTANT "SY_FCMIRD" "1"
    SYSTEM_CONSTANT "SY_FCMSIZE" "20"
    SYSTEM_CONSTANT "SY_FDTHM" "0"
    SYSTEM_CONSTANT "SY_FFCSIZE" "11"
    SYSTEM_CONSTANT "SY_FFESIZE" "0"
    SYSTEM_CONSTANT "SY_FFTSIZE" "2"
    SYSTEM_CONSTANT "SY_FFZ" "1"
    SYSTEM_CONSTANT "SY_FHZ" "0"
    SYSTEM_CONSTANT "SY_FKAT" "1"
    SYSTEM_CONSTANT "SY_FKAT2" "0"
    SYSTEM_CONSTANT "SY_FLASH_SIZE" "1024"
    SYSTEM_CONSTANT "SY_FLBOOT_V" "0"
    SYSTEM_CONSTANT "SY_FLC" "3"
    SYSTEM_CONSTANT "SY_FLUQ" "45"
    SYSTEM_CONSTANT "SY_FREQ_CPU" "40000"
    SYSTEM_CONSTANT "SY_FRROM_V" "1537"
    SYSTEM_CONSTANT "SY_FWFGR" "0"
    SYSTEM_CONSTANT "SY_GAP" "2"
    SYSTEM_CONSTANT "SY_GENOT" "0"
    SYSTEM_CONSTANT "SY_GGGTS" "1"
    SYSTEM_CONSTANT "SY_GP" "0"
    SYSTEM_CONSTANT "SY_GRDWOF" "60"
    SYSTEM_CONSTANT "SY_GRDWRT" "72"
    SYSTEM_CONSTANT "SY_GRDWRTB" "72"
    SYSTEM_CONSTANT "SY_GRDWRTC" "72"
    SYSTEM_CONSTANT "SY_GRUNDWERT" "72"
    SYSTEM_CONSTANT "SY_HBR" "0"
    SYSTEM_CONSTANT "SY_HDP" "2"
    SYSTEM_CONSTANT "SY_HFM" "0"
    SYSTEM_CONSTANT "SY_HFM2" "0"
    SYSTEM_CONSTANT "SY_HKAT" "1"
    SYSTEM_CONSTANT "SY_HKAT2" "0"
    SYSTEM_CONSTANT "SY_HKS" "1"
    SYSTEM_CONSTANT "SY_HLA" "0"
    SYSTEM_CONSTANT "SY_HLCCARB" "4"
    SYSTEM_CONSTANT "SY_HLSFFET" "0"
    SYSTEM_CONSTANT "SY_HMM" "1"
    SYSTEM_CONSTANT "SY_HSP" "0"
    SYSTEM_CONSTANT "SY_HWMSG" "0"
    SYSTEM_CONSTANT "SY_INGASOS" "6"
    SYSTEM_CONSTANT "SY_INI_OBD" "2"
    SYSTEM_CONSTANT "SY_INJTIM_PRE" "128"
    SYSTEM_CONSTANT "SY_INTFLASH_SIZE" "0"
    SYSTEM_CONSTANT "SY_KHFMDY" "0"
    SYSTEM_CONSTANT "SY_KHSLS" "0"
    SYSTEM_CONSTANT "SY_KL50" "0"
    SYSTEM_CONSTANT "SY_KLDF" "1"
    SYSTEM_CONSTANT "SY_KLH" "0"
    SYSTEM_CONSTANT "SY_KMTR" "1"
    SYSTEM_CONSTANT "SY_KMTREG" "0"
    SYSTEM_CONSTANT "SY_KNWS" "1"
    SYSTEM_CONSTANT "SY_KOAC" "1"
    SYSTEM_CONSTANT "SY_KOBIDIR" "0"
    SYSTEM_CONSTANT "SY_KOEVAB" "1"
    SYSTEM_CONSTANT "SY_KONZTM" "0"
    SYSTEM_CONSTANT "SY_KOPWM" "0"
    SYSTEM_CONSTANT "SY_KORRZ" "1.33333"
    SYSTEM_CONSTANT "SY_KRDL" "0"
    SYSTEM_CONSTANT "SY_KRLZ" "1"
    SYSTEM_CONSTANT "SY_KRMFTIM_PRE" "128"
    SYSTEM_CONSTANT "SY_KR_EXT" "0"
    SYSTEM_CONSTANT "SY_KR_INT" "1"
    SYSTEM_CONSTANT "SY_KS1" "0"
    SYSTEM_CONSTANT "SY_KS2" "2"
    SYSTEM_CONSTANT "SY_KS3" "3"
    SYSTEM_CONSTANT "SY_KS4" "1"
    SYSTEM_CONSTANT "SY_KSDIFF" "0"
    SYSTEM_CONSTANT "SY_KSZA" "1"
    SYSTEM_CONSTANT "SY_KUPFGR" "0"
    SYSTEM_CONSTANT "SY_KUPOT" "0"
    SYSTEM_CONSTANT "SY_KWP2000VAG" "0"
    SYSTEM_CONSTANT "SY_KWP71" "1"
    SYSTEM_CONSTANT "SY_LAMBTS" "1"
    SYSTEM_CONSTANT "SY_LBK" "2"
    SYSTEM_CONSTANT "SY_LECK" "0"
    SYSTEM_CONSTANT "SY_LENKH" "0"
    SYSTEM_CONSTANT "SY_LENKHILFE_PORT" "0"
    SYSTEM_CONSTANT "SY_LFS" "0"
    SYSTEM_CONSTANT "SY_LOWRA" "0"
    SYSTEM_CONSTANT "SY_LRFKEF" "0"
    SYSTEM_CONSTANT "SY_LRSEZ" "0"
    SYSTEM_CONSTANT "SY_LS" "0"
    SYSTEM_CONSTANT "SY_LSFHV" "0"
    SYSTEM_CONSTANT "SY_LSFIKR" "0"
    SYSTEM_CONSTANT "SY_LSFIKR2" "0"
    SYSTEM_CONSTANT "SY_LSFNHK" "0"
    SYSTEM_CONSTANT "SY_LSFNHK2" "0"
    SYSTEM_CONSTANT "SY_LSFNHV" "0"
    SYSTEM_CONSTANT "SY_LSFNTL" "0"
    SYSTEM_CONSTANT "SY_LSFNTL2" "0"
    SYSTEM_CONSTANT "SY_LSFNVK" "0"
    SYSTEM_CONSTANT "SY_LSFNVK2" "0"
    SYSTEM_CONSTANT "SY_LSFV" "0"
    SYSTEM_CONSTANT "SY_LSFVHK" "0"
    SYSTEM_CONSTANT "SY_LSFVHK2" "0"
    SYSTEM_CONSTANT "SY_LSFVVK" "0"
    SYSTEM_CONSTANT "SY_LSFVVK2" "0"
    SYSTEM_CONSTANT "SY_LSHV" "0"
    SYSTEM_CONSTANT "SY_LSUIKR" "0"
    SYSTEM_CONSTANT "SY_LSUIKR2" "0"
    SYSTEM_CONSTANT "SY_LSUMRS" "0"
    SYSTEM_CONSTANT "SY_LSUNHK" "0"
    SYSTEM_CONSTANT "SY_LSUNHK2" "0"
    SYSTEM_CONSTANT "SY_LSUNTL" "0"
    SYSTEM_CONSTANT "SY_LSUNTL2" "0"
    SYSTEM_CONSTANT "SY_LSUNVK" "0"
    SYSTEM_CONSTANT "SY_LSUNVK2" "0"
    SYSTEM_CONSTANT "SY_LSUVHK" "0"
    SYSTEM_CONSTANT "SY_LSUVHK2" "0"
    SYSTEM_CONSTANT "SY_LSUVVK" "0"
    SYSTEM_CONSTANT "SY_LSUVVK2" "0"
    SYSTEM_CONSTANT "SY_LSVV" "0"
    SYSTEM_CONSTANT "SY_LUART" "1"
    SYSTEM_CONSTANT "SY_LUEKONF" "1120"
    SYSTEM_CONSTANT "SY_LUFIKL" "0"
    SYSTEM_CONSTANT "SY_LWS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE100MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE10MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE1MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE1S" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE200MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE20MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE2MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE50MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE5MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZESYN" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZESYN2" "0"
    SYSTEM_CONSTANT "SY_M1I00A" "190"
    SYSTEM_CONSTANT "SY_M1I00B" "62"
    SYSTEM_CONSTANT "SY_M1I00C" "168"
    SYSTEM_CONSTANT "SY_M1I00D" "17"
    SYSTEM_CONSTANT "SY_M1I20A" "128"
    SYSTEM_CONSTANT "SY_M1I20B" "0"
    SYSTEM_CONSTANT "SY_M1I20C" "16"
    SYSTEM_CONSTANT "SY_M1I20D" "0"
    SYSTEM_CONSTANT "SY_M2I00A" "126"
    SYSTEM_CONSTANT "SY_M2I00B" "56"
    SYSTEM_CONSTANT "SY_M2I00C" "0"
    SYSTEM_CONSTANT "SY_M2I00D" "0"
    SYSTEM_CONSTANT "SY_M5IH00A" "195"
    SYSTEM_CONSTANT "SY_M5IH00B" "0"
    SYSTEM_CONSTANT "SY_M5IH00C" "0"
    SYSTEM_CONSTANT "SY_M5IH00D" "0"
    SYSTEM_CONSTANT "SY_M5IV00A" "0"
    SYSTEM_CONSTANT "SY_M5IV00B" "0"
    SYSTEM_CONSTANT "SY_M5IV00C" "0"
    SYSTEM_CONSTANT "SY_M5IV00D" "1"
    SYSTEM_CONSTANT "SY_M5IV20A" "0"
    SYSTEM_CONSTANT "SY_M5IV20B" "0"
    SYSTEM_CONSTANT "SY_M5IV20C" "0"
    SYSTEM_CONSTANT "SY_M5IV20D" "1"
    SYSTEM_CONSTANT "SY_M5IV40A" "0"
    SYSTEM_CONSTANT "SY_M5IV40B" "0"
    SYSTEM_CONSTANT "SY_M5IV40C" "0"
    SYSTEM_CONSTANT "SY_M5IV40D" "1"
    SYSTEM_CONSTANT "SY_M5IV60A" "0"
    SYSTEM_CONSTANT "SY_M5IV60B" "0"
    SYSTEM_CONSTANT "SY_M5IV60C" "0"
    SYSTEM_CONSTANT "SY_M5IV60D" "1"
    SYSTEM_CONSTANT "SY_M5IV80A" "240"
    SYSTEM_CONSTANT "SY_M5IV80B" "0"
    SYSTEM_CONSTANT "SY_M5IV80C" "0"
    SYSTEM_CONSTANT "SY_M5IV80D" "0"
    SYSTEM_CONSTANT "SY_M6I00A" "136"
    SYSTEM_CONSTANT "SY_M6I00B" "0"
    SYSTEM_CONSTANT "SY_M6I00C" "0"
    SYSTEM_CONSTANT "SY_M6I00D" "0"
    SYSTEM_CONSTANT "SY_M7VAR" "0"
    SYSTEM_CONSTANT "SY_M8I00B" "0"
    SYSTEM_CONSTANT "SY_M8I00C" "0"
    SYSTEM_CONSTANT "SY_M8I00D" "0"
    SYSTEM_CONSTANT "SY_M8I00E" "0"
    SYSTEM_CONSTANT "SY_M9I00A" "0"
    SYSTEM_CONSTANT "SY_M9I00B" "0"
    SYSTEM_CONSTANT "SY_M9I00C" "0"
    SYSTEM_CONSTANT "SY_M9I00D" "0"
    SYSTEM_CONSTANT "SY_MAGER" "1"
    SYSTEM_CONSTANT "SY_MAX_EV" "4"
    SYSTEM_CONSTANT "SY_ME7" "1"
    SYSTEM_CONSTANT "SY_MODMASK" "159"
    SYSTEM_CONSTANT "SY_MOST" "0"
    SYSTEM_CONSTANT "SY_MWB19" "0"
    SYSTEM_CONSTANT "SY_NLDG" "1"
    SYSTEM_CONSTANT "SY_NOHK" "1"
    SYSTEM_CONSTANT "SY_NOHK2" "0"
    SYSTEM_CONSTANT "SY_NOXKAT" "1"
    SYSTEM_CONSTANT "SY_NOXKAT2" "0"
    SYSTEM_CONSTANT "SY_NWGA" "0"
    SYSTEM_CONSTANT "SY_NWGA2" "0"
    SYSTEM_CONSTANT "SY_NWGE" "1"
    SYSTEM_CONSTANT "SY_NWGE2" "0"
    SYSTEM_CONSTANT "SY_NWMSV" "0"
    SYSTEM_CONSTANT "SY_NWRA" "0"
    SYSTEM_CONSTANT "SY_NWRE" "0"
    SYSTEM_CONSTANT "SY_NWROI" "0"
    SYSTEM_CONSTANT "SY_NWS" "0"
    SYSTEM_CONSTANT "SY_NWSA" "0"
    SYSTEM_CONSTANT "SY_NWSTIM_PRE" "32"
    SYSTEM_CONSTANT "SY_NWVAR" "0"
    SYSTEM_CONSTANT "SY_NZUEB" "100"
    SYSTEM_CONSTANT "SY_ONCHIP_ROMFLASH" "1"
    SYSTEM_CONSTANT "SY_OVERSIZE" "2"
    SYSTEM_CONSTANT "SY_OVLLIM" "3"
    SYSTEM_CONSTANT "SY_PBRPW" "1"
    SYSTEM_CONSTANT "SY_PEDABS" "0"
    SYSTEM_CONSTANT "SY_PGRAD" "4"
    SYSTEM_CONSTANT "SY_PGRAD2" "0"
    SYSTEM_CONSTANT "SY_PGRAD3" "0"
    SYSTEM_CONSTANT "SY_PGRAD4" "0"
    SYSTEM_CONSTANT "SY_PGTPO" "1"
    SYSTEM_CONSTANT "SY_PH2OFST" "0"
    SYSTEM_CONSTANT "SY_PRIOHKS" "28"
    SYSTEM_CONSTANT "SY_PRIOHMM" "32"
    SYSTEM_CONSTANT "SY_PRIOHOM" "24"
    SYSTEM_CONSTANT "SY_PRIOHOS" "16"
    SYSTEM_CONSTANT "SY_PRIOMOD" "48"
    SYSTEM_CONSTANT "SY_PRIOSCH" "40"
    SYSTEM_CONSTANT "SY_PRIOSKH" "8"
    SYSTEM_CONSTANT "SY_PROZESSLAUFZEIT" "0"
    SYSTEM_CONSTANT "SY_RDE" "1"
    SYSTEM_CONSTANT "SY_REDMX" "4"
    SYSTEM_CONSTANT "SY_REVTIM_PRE" "32"
    SYSTEM_CONSTANT "SY_RLAPP" "1"
    SYSTEM_CONSTANT "SY_SALSU" "1"
    SYSTEM_CONSTANT "SY_SCHICHT" "1"
    SYSTEM_CONSTANT "SY_SDFP" "0"
    SYSTEM_CONSTANT "SY_SGANZ" "1"
    SYSTEM_CONSTANT "SY_SL" "0"
    SYSTEM_CONSTANT "SY_SLPANST" "0"
    SYSTEM_CONSTANT "SY_SLPANZ" "0"
    SYSTEM_CONSTANT "SY_SLS" "0"
    SYSTEM_CONSTANT "SY_SLSHK" "0"
    SYSTEM_CONSTANT "SY_SLVANST" "0"
    SYSTEM_CONSTANT "SY_SLWG" "0"
    SYSTEM_CONSTANT "SY_STA" "0"
    SYSTEM_CONSTANT "SY_STADAP" "1"
    SYSTEM_CONSTANT "SY_STATIST" "1"
    SYSTEM_CONSTANT "SY_STERATS" "0"
    SYSTEM_CONSTANT "SY_STEREO" "0"
    SYSTEM_CONSTANT "SY_STERFK" "0"
    SYSTEM_CONSTANT "SY_STERHK" "0"
    SYSTEM_CONSTANT "SY_STERSY" "0"
    SYSTEM_CONSTANT "SY_STERUK" "0"
    SYSTEM_CONSTANT "SY_STERVK" "0"
    SYSTEM_CONSTANT "SY_STETLR" "1"
    SYSTEM_CONSTANT "SY_STVR" "0"
    SYSTEM_CONSTANT "SY_SU" "0"
    SYSTEM_CONSTANT "SY_SUP" "0"
    SYSTEM_CONSTANT "SY_SWEISR" "0"
    SYSTEM_CONSTANT "SY_SWE_B" "0"
    SYSTEM_CONSTANT "SY_SWE_C" "0"
    SYSTEM_CONSTANT "SY_SWE_S" "1"
    SYSTEM_CONSTANT "SY_T6MDTHM" "1"
    SYSTEM_CONSTANT "SY_TAGR" "1"
    SYSTEM_CONSTANT "SY_TCNS" "1"
    SYSTEM_CONSTANT "SY_TDSV" "0"
    SYSTEM_CONSTANT "SY_TDUMSCH" "0"
    SYSTEM_CONSTANT "SY_TDZW" "1"
    SYSTEM_CONSTANT "SY_TEBF" "1"
    SYSTEM_CONSTANT "SY_TEETH" "60"
    SYSTEM_CONSTANT "SY_TEVE2" "0"
    SYSTEM_CONSTANT "SY_TFA" "3"
    SYSTEM_CONSTANT "SY_TFAHFMP" "1"
    SYSTEM_CONSTANT "SY_TFBA" "1"
    SYSTEM_CONSTANT "SY_TFMA" "1"
    SYSTEM_CONSTANT "SY_TFMAP" "1"
    SYSTEM_CONSTANT "SY_TFMHST" "1"
    SYSTEM_CONSTANT "SY_TFMO" "0"
    SYSTEM_CONSTANT "SY_TFNS" "1"
    SYSTEM_CONSTANT "SY_TFOL" "0"
    SYSTEM_CONSTANT "SY_TFRK" "1"
    SYSTEM_CONSTANT "SY_TFST" "1"
    SYSTEM_CONSTANT "SY_TFUMG" "2"
    SYSTEM_CONSTANT "SY_TFVA" "1"
    SYSTEM_CONSTANT "SY_TFWL" "1"
    SYSTEM_CONSTANT "SY_THYDRO" "0"
    SYSTEM_CONSTANT "SY_TIMER1_PRESCALER" "32"
    SYSTEM_CONSTANT "SY_TIMER3_PRESCALER" "64"
    SYSTEM_CONSTANT "SY_TIMER8_PRESCALER" "128"
    SYSTEM_CONSTANT "SY_TIQUANT" "3200"
    SYSTEM_CONSTANT "SY_TKA" "1"
    SYSTEM_CONSTANT "SY_TKAA" "1"
    SYSTEM_CONSTANT "SY_TKAT" "1"
    SYSTEM_CONSTANT "SY_TLR" "1"
    SYSTEM_CONSTANT "SY_TN" "1"
    SYSTEM_CONSTANT "SY_TNLS" "1"
    SYSTEM_CONSTANT "SY_TRLX" "1"
    SYSTEM_CONSTANT "SY_TSFSIZE" "1"
    SYSTEM_CONSTANT "SY_TUM" "0"
    SYSTEM_CONSTANT "SY_TURBO" "0"
    SYSTEM_CONSTANT "SY_TVVR" "1"
    SYSTEM_CONSTANT "SY_TWAN" "0"
    SYSTEM_CONSTANT "SY_TWDKS" "0"
    SYSTEM_CONSTANT "SY_UB13V" "185"
    SYSTEM_CONSTANT "SY_UBDEDIS" "85"
    SYSTEM_CONSTANT "SY_UBDEEN" "99"
    SYSTEM_CONSTANT "SY_UBKL15" "0"
    SYSTEM_CONSTANT "SY_UBR" "1"
    SYSTEM_CONSTANT "SY_UBRSQ_W" "1140"
    SYSTEM_CONSTANT "SY_UBSQ_W" "720"
    SYSTEM_CONSTANT "SY_UHR" "0"
    SYSTEM_CONSTANT "SY_UKAT" "0"
    SYSTEM_CONSTANT "SY_UKAT2" "0"
    SYSTEM_CONSTANT "SY_VAR" "347"
    SYSTEM_CONSTANT "SY_VS" "0"
    SYSTEM_CONSTANT "SY_WESES" "1"
    SYSTEM_CONSTANT "SY_WFS" "3"
    SYSTEM_CONSTANT "SY_WMAX" "78"
    SYSTEM_CONSTANT "SY_WMIN" "-60"
    SYSTEM_CONSTANT "SY_WNBM" "6"
    SYSTEM_CONSTANT "SY_WSM" "1"
    SYSTEM_CONSTANT "SY_WTTLEN" "50"
    SYSTEM_CONSTANT "SY_ZAS" "0"
    SYSTEM_CONSTANT "SY_ZHOMS" "2"
    SYSTEM_CONSTANT "SY_ZMS" "0"
    SYSTEM_CONSTANT "SY_ZNDAUS" "1"
    SYSTEM_CONSTANT "SY_ZP_LAMREG_EUII" "0"
    SYSTEM_CONSTANT "SY_ZSHOM" "2"
    SYSTEM_CONSTANT "SY_ZWCALC" "1"
    SYSTEM_CONSTANT "SY_ZYLOFFH" "2"
    SYSTEM_CONSTANT "SY_ZYLOFFS" "0"
    SYSTEM_CONSTANT "SY_ZYLZA" "4"
    SYSTEM_CONSTANT "SY_ZZBANK" "0"
    SYSTEM_CONSTANT "SY_ZZBANKB" "0"
    SYSTEM_CONSTANT "SY_ZZBANKC" "0"
    SYSTEM_CONSTANT "SY_ZZLAM" "0"
    SYSTEM_CONSTANT "SY_ZZRL" "0"
    SYSTEM_CONSTANT "TSROHRES" "1333.33"
    
  /end MOD_PAR

  /begin MOD_COMMON ""
    BYTE_ORDER MSB_LAST
    ALIGNMENT_BYTE 1
    ALIGNMENT_WORD 2
    ALIGNMENT_LONG 2
    
  /end MOD_COMMON

  /* --- AgI-Objekt für ETKP1 (ASAP V1.3), Stand 1.3 11.2.00 --- */
  /begin IF_DATA ETK
    /begin TP_BLOB   /*version:*/0x1000001  /*pba:*/0x0  /*reset_cfg:*/0xFFFFFF07
      /begin DISTAB_CFG   /*dsptab:*/0xC   /*dat_mod:*/0x1   /*rfg:*/0x2   /*trgsegad:*/0x383200   /*trg_cfg:*/0x1010100 
        TRG_MOD /*Id:*/ 0x0   /*trg_mod:*/0xFF 0x0 0x0 0x0 
      /end DISTAB_CFG       CODE_CHK   /*prg_data:*/0x0   /*prg_length:*/0x0   /*prg_eram:*/0x0   /*prg_length:*/0x0 
      ETK_CFG  0xf 0xf0 0xff 0x3 0xff 0xee 0xff 0x1
 /*   EMU_RAM  start_addr  length   CS     offset >>>>>   (multiple)  */
 /*   EMU_DATA start_addr  length   CS     offset >>>>>   (multiple)  */
 /*   EMU_CODE start_addr  length   CS     offset >>>>>   (multiple)  */
 /*   RESERVED start_addr  length   CS     offset >>>>>   (multiple)  */
      RESERVED_DISTAB_MEMORY   /*start_addr:*/0x817E6A   /*length:*/0x144   EXTERN -1 -1 -1 -1 -1 

    /end TP_BLOB 
      /begin SOURCE "Synchro" 103 1 
        QP_BLOB  /*raster:*/ 1  /*maxnum:*/0xA  /*distab:*/0x817E6A  /*chnl:*/0x3812A0  /*trgid:*/0x383236  /*repet:*/0  /*bypass_max:*/0  /*bypass_out:*/0       /end SOURCE 

      /begin SOURCE "10ms" 4 1 
        QP_BLOB  /*raster:*/ 2  /*maxnum:*/0x1A  /*distab:*/0x817E80  /*chnl:*/0x3812AA  /*trgid:*/0x383238  /*repet:*/10  /*bypass_max:*/0  /*bypass_out:*/0       /end SOURCE 

      /begin SOURCE "100ms" 5 1 
        QP_BLOB  /*raster:*/ 3  /*maxnum:*/0x1E  /*distab:*/0x817EB6  /*chnl:*/0x3812C4  /*trgid:*/0x38323A  /*repet:*/100  /*bypass_max:*/0  /*bypass_out:*/0       /end SOURCE 

      /begin SOURCE "Bypass_Synchro" 103 1 
        QP_BLOB  /*raster:*/ 4  /*maxnum:*/0x10  /*distab:*/0x817F00  /*chnl:*/0x3812E8  /*trgid:*/0x383232  /*repet:*/0 
 /*bypass_max:*/0x10  /*bypass_out:*/0x817F84       /end SOURCE 

      /begin SOURCE "Bypass_10ms" 4 1 
        QP_BLOB  /*raster:*/ 5  /*maxnum:*/0x30  /*distab:*/0x817F22  /*chnl:*/0x3812F8  /*trgid:*/0x383234  /*repet:*/10 
 /*bypass_max:*/0x20  /*bypass_out:*/0x817FA6       /end SOURCE 


  /end IF_DATA

  /* --- AgI-Objekt für McMess/VS2x (ASAP V1.3), Stand 2.1 11.10.99; AML: ETAS-Og/Vector-Schnorr, 23.9.99 --Be-- */
/begin IF_DATA ASAP1B_MCMESS
  /begin SOURCE
    "Handshake" 103 1
    QP_BLOB HANDSHAKE 0
  /end SOURCE
/begin TP_BLOB
   /* Version des TP_BLOB:*/0x102
   KOMKEN     13    /* Kommunikationskennung 1..255     */ 
   MCTGT      0x1                /* Targetadresse im Steuergerät im KWP2000    */ 
   MCINI      MASSE     /* Reizungstyp                      */ 
   WFSIDLE0     12               /* Wartezeit bevor Tester mit Reizung/Vorspann beginnt (quant. 10ms) */ 
   WFSIDLE1     8                /* Retriggerzeit von WFSIDLE0 (10ms-Quantisierung) */ 
   WFS5B        10               /* Wartezeit nach 5-Baud-Vorspann, bevor Tester mit der Protokoll-Einleitung                                                                         beginnt (quant. 100ms) */ 
   NOOFCYL    4     /* Zylinderanzahl                   */ 
   CYLCNAME   zzyl     /* Name der Zylinderzählerramzelle  */ 
   CYLSEQU    "1,3,4,2"/* Zündreihenfolge                  */ 
   XRAMOF     0   /* EXRAM-Offset: 0..255             */ 

   BYTE_ORDER MSB_LAST	

 /end TP_BLOB
/end IF_DATA 

/begin CHARACTERISTIC

    A0
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x8153EA
    KwSw
    0.1249981
    fak_sw_b0p0625
    -0.06250000
    0.06249809

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    A1
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x8153EC
    KwSw
    0.1249981
    fak_sw_b0p0625
    -0.06250000
    0.06249809

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    A2
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x8153EE
    KwSw
    0.1249981
    fak_sw_b0p0625
    -0.06250000
    0.06249809

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ABOINI
    "Init-Wert  Start-Zähler für Erkennung Benzin im Öl"
    VALUE
    0x819FFA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ABOLRAR
    "Schwelle Anzahl Starts mit Benzin im Öl für reduzierte LRA"
    VALUE
    0x819FFB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ABOMX
    "max. Anzahl Start-Zähler für Erkennung Benzin im Öl"
    VALUE
    0x819FFC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADAGRVPMN
    "Minimale AGR Ventilposition bei Vffnen nach Adaption"
    VALUE
    0x81B31E
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B31E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADAGRVPMX
    "Maximale AGR Ventilposition bei Vffnen nach Adaption"
    VALUE
    0x81B320
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B320  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADAGRVPSA
    "Sollposition bei Vffnen AGR Ventil wdhrend Adaption"
    VALUE
    0x81B322
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B322  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADCC_T_UM
    "Fehlerzeit bei zueinander unplausiblen ADC-Werten für sp1s"
    VALUE
    0x8141D6
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADRONLOGIN
    "Logincode zum Aktivieren ADR"
    VALUE
    0x815074
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815074  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADTAAGRMN
    "Abbruchschwelle PID-Summe für ZU-Rampe"
    VALUE
    0x81B324
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B324  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AELLGOV
    "Schwelle bis HMM  für den aktuellen Zyklus definitiv verboten wird"
    VALUE
    0x82B890
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B890  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AELZGOV
    "Anzahl Erreichen Eingriffsanschlag  bis Abschaltung ZGST"
    VALUE
    0x819D59
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D59  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AFDAGR
    "Anzahl der Fehler schnelle AGR Adaption"
    VALUE
    0x819134
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819134  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AFDAGRK
    "Anzahl der Fehler schnelle AGR Adaption bei Kurztest"
    VALUE
    0x819135
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819135  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AFZBKLH
    "Anzahl Fahrzyklen mit Bed. Kühlleistung hoch für Stuck-Check TMOT"
    VALUE
    0x81A057
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A057  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AFZBKLN
    "Anzahl Fahrzyklen mit Bed. Kühlleistung niedrig für Stuck-Check TMOT"
    VALUE
    0x81A058
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A058  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGANGW
    "Anzahl Gangwechsel für Diagnose Kupplungsschalter"
    VALUE
    0x8194BB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGDAGR
    "Zähler Durchführung schnelle AGR Adaption"
    VALUE
    0x819136
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819136  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGDAGRK
    "Zähler Durchführung schnelle AGR Adaption bei Kurztest"
    VALUE
    0x819137
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819137  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRADNMX
    "Drehzahlschwelle für Freigabe Offset-Adaption"
    VALUE
    0x81910A
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81910A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRDIFMX
    "Maxmale Regelabweichung AGR-Ventilposition gefiltert"
    VALUE
    0x81B430
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B430  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRGRZ
    "Paramaterumschaltung AGR-Regler: Grenzwert"
    VALUE
    0x812F40
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRH
    "Hysterese-Schwelle AGR-Ventilbewegung"
    VALUE
    0x812F42
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRHMN
    "min. Hysterese-Schwelle AGR-Regelabweichung"
    VALUE
    0x812F44
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRHMX
    "max. Hysterese-Schwelle AGR-Regelabweichung"
    VALUE
    0x812F46
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRIAMAX
    "maximal zulässiger I-Anteil"
    VALUE
    0x812F48
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRK
    "Steigung des  Losreißintegrators"
    VALUE
    0x812F4A
    KwUw
    1023.984
    fak_uw_b1024
    0.00
    1023.984

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKD0
    "DLR,D-Parameter über AGRVPUN in Öffnungsrichtung"
    VALUE
    0x812F4C
    KwSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKD1
    "DLR,D-Parameter über AGRVPUN in Schließrichtung"
    VALUE
    0x812F4E
    KwSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKDU0
    "DLR,D-Parameter unter AGRVPUN"
    VALUE
    0x812F50
    KwSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKDU1
    "DLR,D-Parameter unter AGRVPN"
    VALUE
    0x812F52
    KwSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKDU2
    "DLR, D-Parameter ueber AGRGRZ"
    VALUE
    0x812F54
    KwSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKI0
    "DLR,I-Parameter über AGRVPUN in Öffnungsrichtung"
    VALUE
    0x812F56
    KwUw
    32.00000
    freq_uw_b128
    0.00
    32.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKI1
    "DLR,I-Parameter über AGRVPUN in Schließrichtung"
    VALUE
    0x812F58
    KwUw
    32.00000
    freq_uw_b128
    0.00
    32.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKIU0
    "DLR,I-Parameter unter AGRVPUN"
    VALUE
    0x812F5A
    KwUw
    32.00000
    freq_uw_b128
    0.00
    32.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKIU1
    "DLR,I-Parameter unter AGRVPN"
    VALUE
    0x812F5C
    KwUw
    32.00000
    freq_uw_b128
    0.00
    32.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKIU2
    "DLR, I-Parameter ueber AGRGRZ"
    VALUE
    0x812F5E
    KwUw
    32.00000
    freq_uw_b128
    0.00
    32.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKLIANT
    "I-Anteil als f(agrdi_w)"
    CURVE
    0x812F60
    KlAUwSstSwWUw
    4.000000
    fak_uw_b16
    0.00
    4.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F60  0x2E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        agrdi_w
        rel_sw_b100
        11
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKP0
    "DLR, P-Parameter über AGRVPUN in Öffnungsrichtung"
    VALUE
    0x812F8E
    KwUw
    31.99951
    fak_uw_b32
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKP1
    "DLR,P-Parameter über AGRVPUN in  Schließrichtung"
    VALUE
    0x812F90
    KwUw
    31.99951
    fak_uw_b32
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKPU0
    "DLR,P-Parameter unter AGRVPUN"
    VALUE
    0x812F92
    KwUw
    31.99951
    fak_uw_b32
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKPU1
    "DLR,P-Parameter unter AGRVPN"
    VALUE
    0x812F94
    KwUw
    31.99951
    fak_uw_b32
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKPU2
    "DLR, P-Parameterumschaktung ueber AGRGRZ"
    VALUE
    0x812F96
    KwUw
    31.99951
    fak_uw_b32
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKREIS
    "DLR,Faktor Kresiverstärkung"
    VALUE
    0x81B34A
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B34A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRKREISST
    "DLR,Faktor Kreisverstärkung während Motorstart"
    VALUE
    0x81B34C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B34C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRMSVP
    "Kennlinie AGR-Ventil unter Normbedingungen"
    CURVE
    0x81B388
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B388  0x3E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msnagrvs_w
        m_uw_b6553p5
        15
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRPIDMN
    "min. zulässiges PWM-Tastverhältnis für DLR"
    VALUE
    0x812F98
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRPIDMX
    "max. zulässiges PWM-Tastverhältnis für DLR"
    VALUE
    0x812F9A
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRPULLDW
    "Steigung Pull-down Integrator AGR-Ventil"
    VALUE
    0x812F9C
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRPUMAMX
    "Max. zul. I-Anteil Pull-down Integrator AGR-Ventil"
    VALUE
    0x812F9E
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRPWUMA
    "Tastverhdltnis Dauerbestromung im UMA"
    VALUE
    0x812FA0
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRTAADMN
    "Untere Ansauglufttemperaturschwelle für Freigabe Offset-Adaption"
    VALUE
    0x81910B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81910B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRTMADMN
    "Untere Motortemperaturschwelle für Freigabe Offset-Adaption"
    VALUE
    0x81910C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81910C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRTMADMX
    "Obere Motortemperaturschwelle für Freigabe Offset-Adaption"
    VALUE
    0x81910D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81910D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRUBADMN
    "Untere Batteriespannungsschwelle für Freigabe Offset-Adaption"
    VALUE
    0x81910E
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81910E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRUBSOLL
    "DLR, Batterie Normalspannung"
    VALUE
    0x819115
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819115  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRUMABAND
    "Unsicherheitsband bei Sprung aus UMA-Bereich"
    VALUE
    0x812FA2
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRUMAIINI
    "Vorladewert I-Anteil bei Sprung aus UMA-Bereich"
    VALUE
    0x812FA4
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPLOW
    "Grenze für AGR Ventilposition in der Nähe von ""Geschlossen"""
    VALUE
    0x812FA6
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPN
    "Kleinste Soll-Ventilposition für Integrator-Reset"
    VALUE
    0x812FA8
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPPWR
    "Schwelle zur Deaktivierung der Endstufenabschaltung im Bereich des UMA"
    VALUE
    0x812FAA
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPSAP
    "Applikationsparameter Sollwert AGR-Ventilposition"
    VALUE
    0x812FAC
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPSAPS
    "Applikationsparameter Sollwert AGR-Ventilposition im Schichtladungsbetrieb"
    VALUE
    0x812FAE
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPSAT
    "Toleranz Regelabweichung bei Vffnen AGR-Ventil wdhrend Adaption"
    VALUE
    0x81B326
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B326  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPSAV
    "Powersavegrenze für Ventilpositions-Sollwert"
    VALUE
    0x812FB0
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPSSMN
    "Ventilposition AGR-Ventil min. Steuerwert"
    VALUE
    0x81B3C6
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B3C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPSSMX
    "Ventilposition AGR-Ventil max. Steuerwert"
    VALUE
    0x81B3C8
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B3C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPSTG
    "Steigung Potentiometer AGR-Ventil"
    VALUE
    0x812F3E
    KwUw
    159.9976
    rel_q0p002441
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPUGDAP
    "Ventilposition AGR fuer ungedrosselten Fall: Applikationswert"
    VALUE
    0x81B3CA
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B3CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPUN
    "DLR, untere Schwelle zur Umschaltung der Parametersätze"
    VALUE
    0x812FB2
    KwUw
    100.0000
    rel_uw_b200
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGRVPZU
    "Toleranz AGR-Ventilposition für AGR-Ventil  zu"
    VALUE
    0x812FB4
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGR_AOG
    "oberer Grenzwert Anpassung AGR-Rate"
    VALUE
    0x8106E0
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGR_AUG
    "unterer Grenzwert Anpassung AGR-Rate"
    VALUE
    0x8106E1
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEAGW
    "Aussetzerhäufigkeit zum Erreichen der gesetzlichen Abgaslimits"
    VALUE
    0x8131F8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEAGWS
    "Aussetzerhäufigkeit zum Erreichen der gesetzlichen Abgaslimits"
    VALUE
    0x8131FA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEARV
    "Aussetzerhäufigkeit zum Erreichen der Ausblendung weiterer Funktionen"
    VALUE
    0x8131FC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKA
    "Aussetzerhäufigkeit zum Erreichen einer Kraftstoffabschaltung"
    VALUE
    0x8131FE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKS1B1
    "Aussetzerhäufigkeit zum Erreichen einer Katschädigung im 1. Intervall Bank 1"
    VALUE
    0x813200
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813200  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKS1B2
    "Aussetzerhäufigkeit zum Erreichen einer Katschädigung im 1. Intervall Bank 2"
    VALUE
    0x813202
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813202  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKSB1
    "Aussetzerhäufigkeit zum Erreichen einer Katalysatorschädigung Bank 1"
    VALUE
    0x813204
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813204  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKSB2
    "Aussetzerhäufigkeit zum Erreichen einer Katalysatorschädigung Bank 2"
    VALUE
    0x813206
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813206  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AIMVM
    "Anzahl Geschwindigkeitsimpulse pro m für Normierung v-Signal"
    VALUE
    0x812D56
    KwUw
    9.999000
    fak_uw_q0p001
    0.001000000
    10.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AINTKAN
    "Anzahl Intervalle mit Katschädigung für Ti-Abschaltung"
    CURVE
    0x819364
    GklWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819364  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AKUPPLB
    "Anzahl Kupplung betätigt für Diagnose Kupplungsschalter"
    VALUE
    0x8194BC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ALFO
    "Anfangswert für Lernfilter bei fuel-on/fuel-off Adaption"
    VALUE
    0x81313A
    KwUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81313A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ALFOF
    "Anfangswert für Lernfilter bei fuel-off Adaption"
    VALUE
    0x81318A
    KwSw
    5.899658
    kw_dmdfof2
    0.09887695
    5.998535

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81318A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ALGBSTP
    "Anzahl Syncros Ausblendung Istwert-Laufgrenze"
    VALUE
    0x81065E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81065E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AMKTMN
    "Minimaler Abgasluftmassenstrom für Diagnosefenster"
    VALUE
    0x8294E8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AMKTMX
    "Maximaler Abgasluftmassenstrom für Diagnosefenster"
    VALUE
    0x8294EA
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANALUN
    "Anzahl Verbrennungen für Ausblendungen nach erkanntem Auss., drehzahlabhängig"
    CURVE
    0x81935A
    GklWUb
    126.0
    dez
    1.000
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81935A  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANALUST
    "Anzahl Verbrennungen für Ausblendungen nach erkanntem Auss., nach Start"
    VALUE
    0x819362
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819362  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANOSGAMX
    "Auswertung NOx-Speichergröße für aktuelle Schwefelvergiftung maximal"
    VALUE
    0x829256
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829256  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANRZUEMX
    "Zündungszähler-Schwelle bis zu der STADAP aktiv"
    VALUE
    0x8103AB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANWFOHE
    "Anzahl NW-Umdr. für Heilung"
    VALUE
    0x81010A
    KwUb
    247.0
    dez
    8.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81010A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANWFOST
    "Anzahl NW-Umdr. für Reaktivierung fuel-on/-off Adaption nach Ausblendung"
    VALUE
    0x81013B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81013B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANWSTP
    "Anzahl NW-Umdr., die fuel-off Adaption lernt (nachdem eingeschwungen)"
    VALUE
    0x81318C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81318C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZDYNSH
    "Anzahl der Dynamikmessungen für Schwingungsprüfung Sonde hinter KAT"
    VALUE
    0x819430
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819430  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZDYNSHNO
    "Anzahl der Dynamikmessungen für Schwingungsprüfung Sonde hinter KAT für BDE"
    VALUE
    0x819431
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819431  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZDYSTEIG
    "Schwellert für Zyklus LSU-Signal Steigung zu klein"
    VALUE
    0x811475
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811475  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZEKPVLMX
    "Max. Anzahl EKP Vorläufe ohne Erreichen von Startende"
    VALUE
    0x81AF3D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF3D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZFSONOX
    "Anzahl der Fehlermessungen für Schwingungsprüfung Sonde hinter KAT"
    VALUE
    0x819432
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819432  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZFSPAA
    "Anzahl der Werte zur Mittelwertbildung fuer den fspa-Wert"
    VALUE
    0x8193FA
    KwUb
    8.000
    dez
    1.000
    9.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZFSPAB
    "Maximale Anzahl fspa-Werte zur Mittelwertbildung"
    VALUE
    0x8193FB
    KwUb
    8.000
    dez
    1.000
    9.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZFSPAS
    "Schwelle, nach der 2 FSPA-Werte beim Mittelwert wegfallen"
    VALUE
    0x8193FC
    KwUb
    8.000
    dez
    1.000
    9.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193FC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZKTFSNO
    "Anzahl der Fehlermessungen im Kurztrip"
    VALUE
    0x819433
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819433  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZLBKMN
    "Anzahl der Fehlererkennungen bis MIN-Fehlereintrag erfolg"
    VALUE
    0x81961D
    KwUb
    1.000
    dez
    1.000
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81961D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZREGF
    "Anzahl Regenerationen"
    VALUE
    0x8193DC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZSGK
    "Anzahl der Trips, bei denen Hochsetzten tskmn_w aktiv bleibt"
    VALUE
    0x8193DD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZSYNMX
    "Maximale Anzahl von erfolglosen Startversuchen bei NLPH"
    VALUE
    0x810198
    KwUb
    9.000
    dez
    1.000
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810198  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZTMN
    "Anzahl 10ms-Raster zur Berechnung des Drossselklappenwinkelgradient dwdktmn_w"
    VALUE
    0x810345
    KwUb
    3.000
    dez
    1.000
    4.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810345  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZTPMX
    "Maximale Anzahl von hintereinander erlaubten Tips"
    VALUE
    0x81952D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81952D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZUDSSMN
    "Minimale Anzahl von Spannungswerten für Mittelwertbildung"
    VALUE
    0x810344
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810344  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    APDTEVX
    "max. Anzahl Prüfungen bei erkanntem Fehler"
    VALUE
    0x81ACEE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    APKTDI
    "Anzahl der internen Prüfungen bei Katdiagnose"
    VALUE
    0x819470
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819470  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    APKTDIT
    "Anzahl der internen Prüfungen bei Katdiagnose bei Testerbetrieb"
    VALUE
    0x819471
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819471  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    APKTDX
    "Maximale Anzahl der Prüfungen bei Katdiagnose"
    VALUE
    0x819472
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819472  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ASDELAY
    "Anzahl syncros bis HMM erneut durch DLGHMM freigegeben"
    VALUE
    0x82B892
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B892  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ASHEAL
    "Anzahl syncros bis Fehler geheilt"
    VALUE
    0x82B894
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B894  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ASPELRD
    ""
    VALUE
    0x81066E
    KwUb
    1.000
    fak_ub_b1
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81066E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ASPELRMN
    "unt. Grenze Verhältnis gefil. zu ungefil. Inertrestgassollrate"
    VALUE
    0x81066F
    KwUb
    1.000
    fak_ub_b1
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81066F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATISLATM
    "Anzti-Schwelle zur Umschaltung von lamns_w auf lamwl_w"
    CURVE
    0x82AE0C
    GklWUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AE0C  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATIWKSTM
    "Anzti-Schwelle zur Umschaltung von lamns_w auf lamwl_w bei Wiederholkaltstart"
    CURVE
    0x82AE24
    GklWUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AE24  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATMABKA
    "Faktor für Abgastemperaturabnahme = f(Abstellzeit)"
    CURVE
    0x8193B9
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193B9  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tabstatm_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        AXIS_PTS_REF STS06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATMABKK
    "Faktor für Abnahme der Katalysatortemperatur = f(Abstellzeit)"
    CURVE
    0x8193BF
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193BF  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tabstatm_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        AXIS_PTS_REF STS06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATRI
    "Verstärkungsfaktor I-Anteil Abgastemperaturregelung"
    VALUE
    0x82B99C
    KwUw
    0.1041651
    zk100msrtemp_q1p589em6
    0.00
    0.1041651

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B99C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATRZWI
    "Verstärkungsfaktor I-Anteil Abgastemperaturregelung Zündwinkel"
    VALUE
    0x82B99E
    KwUw
    1.666641
    fak_q2p543Em5_PdivKs
    0.00
    1.666641

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B99E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATRZWP
    "Verstärkungsfaktor P-Anteil Abgastemperaturregelung Zündwinkel"
    VALUE
    0x82B9A0
    KwUw
    3.999939
    fak_q6p1035Em5_PdivK
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUFW20MS
    ""
    VALUE
    0x81B0FC
    KwUw
    1310700.
    t20usxus_q20
    0.00
    1310700.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSC_A_UM
    "zulässige Anzahl von Prüfungen auf nicht angezogenes Hauptrelais in %UMAUSC"
    VALUE
    0x8164E4
    KwUw
    65530.00
    dez
    5.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8164E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSGH_T_UM
    "Heilungszeit für Fehler in der zyklischen RAM-Prüfung der Funktionsüberwachung"
    VALUE
    0x8141DA
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSG_T_UM
    "Fehlertoleranzschwelle für zyklische RAM-Prüfung in der Funktionsüberwachung"
    VALUE
    0x8141DB
    KwUb
    255.0
    dezsub1
    1.000
    256.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSZH_T_UM
    "Heilungszeit für Fehler in der zyklischen ROM-Prüfung der Funktionsüberwachung"
    VALUE
    0x8141DC
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSZH_T_UR
    "Plausibilisierungswert (1er-Komplement) für AUSZH_T_UM"
    VALUE
    0x8141DD
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSZ_T_UM
    "Fehlertoleranzschwelle für zyklische ROM-Prüfung in der Funktionsüberwachung"
    VALUE
    0x8141DE
    KwUb
    255.0
    dezsub1
    1.000
    256.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVDTEVHX
    "max. Anzahl Prüfversuche DTEV homogen"
    VALUE
    0x81ACEF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVDTEVMX
    "max. Anzahl Prüfversuche DTEV im Mageren"
    VALUE
    0x81ACF0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVKATFS
    "Setztwert für AVKATF wenn Powerfail"
    VALUE
    0x819473
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819473  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVNOHKKMX
    "Max. Offset NOx-Sensor für frühe Übernahme fspa-Werte"
    VALUE
    0x828A36
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVRALU
    "Anzahl NW-Umdr./Verbrenng. f. Reaktivierung Aussetzererkennung nach Ausblendung"
    VALUE
    0x81014B
    KwUb
    20.00
    dez
    0.00
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81014B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVSUMX
    "Maximale Anzahl der Überschreitung der Fahrzeuggeschwindigkeit f. Entschwefelung"
    VALUE
    0x819442
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819442  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZGHEAL
    "Anzahl Reglertakte ZGST bis Heilung"
    VALUE
    0x82B070
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B070  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZKELDYN
    "Zündungen pro Zylinder bei KR-Lastdynamik => Klopferkennung"
    CURVE
    0x81A1F3
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1F3  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZKRLDYN
    "Anzahl Zündungen pro Zyl. bei KR-Lastdynamik"
    CURVE
    0x81A203
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A203  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZKRNDYN
    "Anzahl Zündungen für KR-Drehzahldynamik"
    CURVE
    0x81A213
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A213  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZSAAST
    "Anzahl Schubabschalten für Freigabe Sollwert-Steuerung AGR"
    VALUE
    0x819118
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819118  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZSADAGR
    "Anzahl Schubabschalten für Freigabe Diagnose AGR"
    VALUE
    0x819119
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819119  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZSTLU
    "Verlängerung der Ausblendanforderung bei Motorstart in Anzahl Zündungen"
    VALUE
    0x81014C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81014C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZSTPON
    "Umschaltung von Ausblendanforderung nach Motorstart in Anzahl Zündungen"
    VALUE
    0x8131E2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZYTIAB
    "Maximale Anzahl von Zylindern mit Ti-Abschaltung aufgrund von Aussetzern"
    VALUE
    0x810150
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810150  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    B1
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x8153F0
    KwSw
    3.999939
    fak_sw_b2
    -2.000000
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    B2
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x8153F2
    KwSw
    3.999939
    fak_sw_b2
    -2.000000
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BDEMODAP
    "Sollbetriebsart für Applikationsschnittstelle"
    VALUE
    0x819170
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819170  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BDEMODPR
    "Maske zur Ausblendung von Betriebsarten bei Überdruck im Kraftstoffrail"
    VALUE
    0x819E17
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E17  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BDEMODZU
    "Bitmaske zur Festlegung der zulässigen Betriebsarten"
    VALUE
    0x819171
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819171  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BFGRO
    "Obere Schwelle für Beschleunigung im FGR-Betrieb"
    VALUE
    0x813772
    KwSw
    27.7802865
    bfzg_sw_q4p239Em4
    -13.8903552
    13.8899313

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813772  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BFGRU
    "Untere Schwelle für Beschleunigung im FGR-Betrieb"
    VALUE
    0x813774
    KwSw
    27.7802865
    bfzg_sw_q4p239Em4
    -13.8903552
    13.8899313

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813774  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BGRA_T_UM
    "Fehlerentprellung: Botschaftsfehler GRA"
    VALUE
    0x814005
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814005  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BPHUTEB
    "Kennlinie für physikalische Dringlichkeit für TE"
    CURVE
    0x81AB73
    KlAUbSstUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB73  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fteadphu
        fak_q0p5
        4
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    BPVMFA
    "Grenzwert diff. Fahrerwunschmoment für erkannte Betriebspunktänderung"
    VALUE
    0x828570
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828570  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BPVNMOT
    "Grenzwert diff. Motordrehzahl für erkannte Betriebspunktänderung"
    VALUE
    0x828572
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828572  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BRABEVI
    "Beschleunigung bei Rampe Beschleunigen"
    CURVE
    0x8296E8
    KlAUwSstUwWUw
    27.7802865
    bfzg_sw_q4p239Em4
    0.00
    27.7802865

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296E8  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfgr_w
        vfzg_uw_b512
        8
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    BRACC_T_UM
    "Entprellzeit für betätigte Bremse in der Funktionsüberwachung für ACC"
    VALUE
    0x814006
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814006  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BRATD
    "Beschleunigung (Betrag) bei Rampe Tip-Down"
    VALUE
    0x82970A
    KwUw
    27.7802865
    bfzg_sw_q4p239Em4
    0.00
    27.7802865

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82970A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BRATU
    "Beschleunigung bei Rampe Tip-Up"
    VALUE
    0x82970C
    KwUw
    27.7802865
    bfzg_sw_q4p239Em4
    0.00
    27.7802865

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82970C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BREMS_T_UM
    "Entprellzeit für betätigte Bremse in der Funktionsüberwachung"
    VALUE
    0x814007
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814007  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BRESP_T_UM
    "Entprellzeit für betätigte Bremse in der Funktionsüberw. (ext. Bremseingriff)"
    VALUE
    0x814008
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814008  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BUSOFFCTR
    "Zähler für Bus-off-Flanken bis Fehlerspeichereintrag"
    VALUE
    0x8100E7
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BUSOFFTIME
    "Entprellzeit zum Rücksetzen von Bus-off-Fehler"
    VALUE
    0x8100E8
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BZ_MSR_UC
    ""
    VALUE
    0x810DF7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BZ_MSR_UM
    ""
    VALUE
    0x8140E2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CAKFA
    "AKF Kapazität"
    VALUE
    0x82EC64
    KwUw
    23.30133
    m_uw_b23p3
    0.00
    23.30133

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CALIBID
    "Calibration ID (Programmstandskennzeichnung) nach SAE J1979 Mode $09"
    ASCII
    0x81FA42
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 4
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA42  0x5  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CANVERS
    "CAN-Versionsbezeichnung"
    VALUE
    0x8100E9
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CCMKBI
    "Kombiausgabe Hubraum"
    VALUE
    0x81921E
    KwUb
    25.50
    vol_q0p1_l
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81921E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDAGR
    "Codewort DAGR abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x818194
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818194  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDAGRE
    "Codewort Diagnose AGR-Endstufe abschalten (EURO-Codierung; CD.. =0 -> keine Dia."
    VALUE
    0x818195
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818195  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDAGRL
    "Codewort Diagnose Lagesensor abschalten (EURO-Codierung), CD..=0 -> keine Diag."
    VALUE
    0x818196
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818196  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDAGRS
    "Codewort fuer Aktivierung %DAGRS"
    VALUE
    0x818197
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818197  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDAGRV
    "Codewort Diagnose AGR-Ventil abschalten (EURO-Codierung), , CD..=0 -> keine Dia."
    VALUE
    0x818198
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818198  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDATNV
    "Codewort Diagnose Abgastemperatur hinter dem Vorkatalysator einschalten"
    VALUE
    0x818199
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818199  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDATVH
    "Codewort: Aktivierung der Funktion GGTVHK"
    VALUE
    0x81819A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81819A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDBKVP
    "Codewort zur Freigabe der Diagnose Bremskraftverstärker-Pumpe DBKVP"
    VALUE
    0x81819B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81819B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCAAA
    "Dummy: Tabellenanfang"
    VAL_BLK
    0x826EAA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EAA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCAATUN
    "Codewort CARB: Tuningschutz"
    VAL_BLK
    0x826EB2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EB2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCAGRE
    "Codewort CARB:	Überwachung AGR-Endstufe"
    VAL_BLK
    0x826EBA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EBA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCAGRL
    "Codewort CARB: AGR-Ventil Lagesensor"
    VAL_BLK
    0x826EC2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EC2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCAGRS
    "Codewort CARB: Diagnose AGR-System"
    VAL_BLK
    0x826ECA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826ECA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCAGRV
    "Codewort CARB: Diagnose AGR-Ventil"
    VAL_BLK
    0x826ED2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826ED2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCATNV
    "Codewort CARB: Abgastemperatur hinter dem Vorkatalysator"
    VAL_BLK
    0x826EDA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EDA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBKS
    "Codewort CARB: Bedarfsgeregeltes Kraftstoffsystem"
    VAL_BLK
    0x826EE2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EE2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBKSE
    "Codewort CARB: Diagnose Endstufe BKS"
    VAL_BLK
    0x826EEA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EEA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBM
    "Codewort CARB: Bezugsmarkengeber"
    VAL_BLK
    0x826EF2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EF2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBREMS
    "Codewort CARB: Bremspedalgeber"
    VAL_BLK
    0x826EFA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826EFA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBWF
    "Codewort CARB: PWG Bewegung"
    VAL_BLK
    0x826F02
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F02  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCAIR
    "Codewort CARB: Airbag-Botschaft"
    VAL_BLK
    0x826F0A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F0A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCAIRP
    "Codewort CARB: unpl. Airbag-Botschaft"
    VAL_BLK
    0x826F12
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F12  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCAS
    "Codewort CARB: CAN-Schnittstelle, Timeout ASC"
    VAL_BLK
    0x826F1A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F1A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCAT
    "Codewort CARB: CAN-Schnittstelle, Timeout ASR"
    VAL_BLK
    0x826F22
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F22  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCBSG
    "Codewort CARB: BSG-Botschaft"
    VAL_BLK
    0x826F2A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F2A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCGE
    "Codewort CARB: CAN-Schnittstelle, Timeout EGS"
    VAL_BLK
    0x826F32
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F32  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCGRA
    "Codewort CARB: GRA-Botschaft (Empfang)"
    VAL_BLK
    0x826F3A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F3A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCIF
    "Codewort CARB: CAN-Schnittstelle, interner Fehler"
    VAL_BLK
    0x826F42
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F42  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCINS
    "Codewort CARB: CAN-Schnittstelle, Timeout Instrument"
    VAL_BLK
    0x826F4A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F4A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCKLA
    "Codewort CARB: CAN-Schnittstelle, Timeout Klima"
    VAL_BLK
    0x826F52
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F52  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDK
    "Codewort CARB:	DK - Potentiometer"
    VAL_BLK
    0x826F5A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F5A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDK1P
    "Codewort CARB: Drosselklappe 1. Poti"
    VAL_BLK
    0x826F62
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F62  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDK2P
    "Codewort CARB: Drosselklappe 2. Poti"
    VAL_BLK
    0x826F6A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F6A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDPL
    "Codewort CARB:	Dauerplus"
    VAL_BLK
    0x826F72
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F72  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDPUPSR
    ""
    VAL_BLK
    0x826F7A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F7A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDSBKV
    "Codewort CARB: BKV"
    VAL_BLK
    0x826F82
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F82  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDSKV
    "Codewort CARB: Hochdrucksensortest"
    VAL_BLK
    0x826F8A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F8A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDSS
    "Codewort CARB: Saugrohr-Drucksensor"
    VAL_BLK
    0x826F92
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F92  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDSU
    "Codewort CARB: Drucksensor Umgebung"
    VAL_BLK
    0x826F9A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826F9A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDSV
    "Codewort CARB: Drucksteuerventil"
    VAL_BLK
    0x826FA2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FA2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEE
    "Codewort CARB: DV-E Endstufe"
    VAL_BLK
    0x826FAA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FAA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEF
    "Codewort CARB: DV-E Fehler bei Federprüfung"
    VAL_BLK
    0x826FB2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FB2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEFO
    ""
    VAL_BLK
    0x826FBA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FBA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEL
    "Codewort CARB: DV-E Lageabweichung"
    VAL_BLK
    0x826FC2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FC2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEN
    "Codewort CARB: DV-E Fehler bei Prüfung Notluftposition"
    VAL_BLK
    0x826FCA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FCA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVER
    "Codewort CARB: DV-E Regelbereich"
    VAL_BLK
    0x826FD2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FD2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVET
    ""
    VAL_BLK
    0x826FDA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FDA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEU
    "Codewort CARB: DV-E Fehler beim UMA-Lernen"
    VAL_BLK
    0x826FE2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FE2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEUB
    ""
    VAL_BLK
    0x826FEA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FEA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEUW
    ""
    VAL_BLK
    0x826FF2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FF2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEV
    "Codewort CARB: DV-E Fehler bei Verstärkerabgleich"
    VAL_BLK
    0x826FFA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x826FFA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDYLSU
    ""
    VAL_BLK
    0x827002
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827002  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFP1P
    "Codewort CARB: Poti 1, Fahrpedal"
    VAL_BLK
    0x82700A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82700A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFP2P
    "Codewort CARB: Poti 2, Fahrpedal"
    VAL_BLK
    0x827012
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827012  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFPP
    "Codewort CARB: Fahrpedal"
    VAL_BLK
    0x82701A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82701A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFRA
    "Codewort CARB: LR-Adaption multiplikativ"
    VAL_BLK
    0x827022
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827022  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFRST
    "Codewort CARB: LR-Abweichung"
    VAL_BLK
    0x82702A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82702A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCGECOD
    "Codewort CARB: Getriebecodierung CAN"
    VAL_BLK
    0x827032
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827032  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCGRBH
    "Codewort CARB: GRA Bedienhebelfehler"
    VAL_BLK
    0x82703A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82703A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVH1
    "Codewort CARB: Hochdruck-Einspritzventil Highside 1"
    VAL_BLK
    0x827042
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827042  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVH2
    "Codewort CARB: Hochdruck-Einspritzventil Highside 2"
    VAL_BLK
    0x82704A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82704A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVH3
    "Codewort CARB: Hochdruck-Einspritzventil Highside 3"
    VAL_BLK
    0x827052
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827052  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVH4
    "Codewort CARB: Hochdruck-Einspritzventil Highside 4"
    VAL_BLK
    0x82705A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82705A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVK
    "Codewort CARB: Hochdruck-Einspritzventil, Kommunikation"
    VAL_BLK
    0x827062
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827062  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVL1
    "Codewort CARB: Hochdruck-Einspritzventil Lowside 1"
    VAL_BLK
    0x82706A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82706A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVL2
    "Codewort CARB: Hochdruck-Einspritzventil Lowside 2"
    VAL_BLK
    0x827072
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827072  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVL3
    "Codewort CARB: Hochdruck-Einspritzventil Lowside 3"
    VAL_BLK
    0x82707A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82707A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDEVL4
    "Codewort CARB: Hochdruck-Einspritzventil Lowside 4"
    VAL_BLK
    0x827082
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827082  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHDR
    "Codewort CARB: Raildruckregelung"
    VAL_BLK
    0x82708A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82708A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHELSU
    ""
    VAL_BLK
    0x827092
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827092  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHLA
    "Codewort CARB: Heizleistungsanforderung"
    VAL_BLK
    0x82709A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82709A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHNOHK
    "Codewort CARB: HNOHK"
    VAL_BLK
    0x8270A2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270A2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHNOHKE
    "Codewort CARB: HNOHKE"
    VAL_BLK
    0x8270AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270AA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHRE
    ""
    VAL_BLK
    0x8270B2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270B2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSH
    "Codewort CARB:	Lambdasonden-Heizung hinter Katalysator"
    VAL_BLK
    0x8270BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270BA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSV
    "Codewort CARB:	Lambdasonden-Heizung vor Katalysator"
    VAL_BLK
    0x8270C2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270C2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSVE
    "Codewort CARB: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    VAL_BLK
    0x8270CA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270CA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSVSA
    "Codewort CARB:	Lambdasonden-Heizung vor Katalysator"
    VAL_BLK
    0x8270D2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270D2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCICLSU
    ""
    VAL_BLK
    0x8270DA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270DA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKAT
    "Codewort CARB:	Katalysator-Konvertierung"
    VAL_BLK
    0x8270E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270E2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA01
    "Codewort CARB: Klopfregelanschlag Zylinder 1"
    VAL_BLK
    0x8270EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA02
    "Codewort CARB: Klopfregelanschlag Zylinder 2"
    VAL_BLK
    0x8270F2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270F2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA03
    "Codewort CARB: Klopfregelanschlag Zylinder 3"
    VAL_BLK
    0x8270FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8270FA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA04
    "Codewort CARB: Klopfregelanschlag Zylinder 4"
    VAL_BLK
    0x827102
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827102  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRNT
    "Codewort CARB:	Klopfregelung Nulltest"
    VAL_BLK
    0x82710A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82710A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKROF
    "Codewort CARB: Klopfregelung Offset"
    VAL_BLK
    0x827112
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827112  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRTP
    "Codewort CARB: Klopfregelung Testimpulse"
    VAL_BLK
    0x82711A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82711A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKS1
    "Codewort CARB:	Klopfsensor 1"
    VAL_BLK
    0x827122
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827122  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKUPPL
    "Codewort CARB: Kupplungspedalwertgeber"
    VAL_BLK
    0x82712A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82712A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLASH
    "Codewort CARB:	Lambda-Sondenalterung hinter Kat."
    VAL_BLK
    0x827132
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827132  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLBK
    "Codewort CARB: LBK"
    VAL_BLK
    0x82713A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82713A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLBKE
    "Codewort CARB: Ladungsbewegungsklappe-Endstufe"
    VAL_BLK
    0x827142
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827142  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLBKO
    "Codewort CARB: LBK Offset-Adaption"
    VAL_BLK
    0x82714A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82714A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLBKP
    "Codewort CARB: LBK Potentiometer"
    VAL_BLK
    0x827152
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827152  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLGHMM
    ""
    VAL_BLK
    0x82715A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82715A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLLRH
    ""
    VAL_BLK
    0x827162
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827162  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLLRM
    ""
    VAL_BLK
    0x82716A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82716A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLM
    "Codewort CARB:	LMM/HLM/HFM"
    VAL_BLK
    0x827172
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827172  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSH
    "Codewort CARB:	Lambda-Sonde hinter Kat"
    VAL_BLK
    0x82717A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82717A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUIA
    ""
    VAL_BLK
    0x827182
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827182  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUIP
    ""
    VAL_BLK
    0x82718A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82718A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUKS
    ""
    VAL_BLK
    0x827192
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827192  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUUN
    ""
    VAL_BLK
    0x82719A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82719A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUVM
    ""
    VAL_BLK
    0x8271A2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271A2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSV
    "Codewort CARB: Lambda-Sonde vor Kat"
    VAL_BLK
    0x8271AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271AA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLUES1E
    "Codeword CARB: Endstufe Lüftersteuerung 1"
    VAL_BLK
    0x8271B2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271B2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLUES2E
    "Codeword CARB: Endstufe Lüftersteuerung 2"
    VAL_BLK
    0x8271BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271BA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLZSR
    ""
    VAL_BLK
    0x8271C2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271C2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD
    "Codewort CARB: Aussetzer, Summenfehler (multiple)"
    VAL_BLK
    0x8271CA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271CA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD00
    "Codewort CARB: Aussetzer Zyl. 0"
    VAL_BLK
    0x8271D2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271D2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD01
    "Codewort CARB: Aussetzer Zyl. 1"
    VAL_BLK
    0x8271DA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271DA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD02
    "Codewort CARB: Aussetzer Zylinder 2"
    VAL_BLK
    0x8271E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271E2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD03
    "Codewort CARB: Aussetzer Zylinder 3"
    VAL_BLK
    0x8271EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMDB
    "Codewort CARB: Momentbegrenzung Sollmoment"
    VAL_BLK
    0x8271F2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271F2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMDSCH
    "Codewort CARB: Aussetzer in Schichtbetrieb"
    VAL_BLK
    0x8271FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8271FA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMSVE
    "Codewort CARB: Diagnose Endstufe MSV"
    VAL_BLK
    0x827202
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827202  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCN
    "Codewort CARB: Drehzahlsignalgeber"
    VAL_BLK
    0x82720A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82720A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCNOHK
    "Codewort CARB: NOHK"
    VAL_BLK
    0x827212
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827212  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCNOHKP
    "Codewort CARB: NOHKP"
    VAL_BLK
    0x82721A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82721A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCNWKW
    "Codewort CARB: Zuordnung Nockenwelle zu Kurbelwelle"
    VAL_BLK
    0x827222
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827222  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCNX
    "Codewort CARB:	NMAX - Überschreitung"
    VAL_BLK
    0x82722A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82722A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCORA
    "Codewort CARB: LR-Adaption QL-additiv"
    VAL_BLK
    0x827232
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827232  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCPH
    "Codewort CARB: Phasensensor"
    VAL_BLK
    0x82723A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82723A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCPLLSU
    ""
    VAL_BLK
    0x827242
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827242  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSALSU
    ""
    VAL_BLK
    0x82724A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82724A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSCR
    "Codewort CARB: Überwachung Crashsignal"
    VAL_BLK
    0x827252
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827252  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSGEEP
    "Codewort CARB:	Steuergerät defekt (EEPROM)"
    VAL_BLK
    0x82725A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82725A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSGEEW
    "Codewort CARB: Steuergerät defekt (EEPROM WFS-Bereich)"
    VAL_BLK
    0x827262
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827262  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSKNO
    "Codewort CARB: %DSKNO"
    VAL_BLK
    0x82726A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82726A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTA
    "Codewort CARB: TANS"
    VAL_BLK
    0x827272
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827272  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTAHFM
    "Codewort CARB: TAHFM; Ansaugluft-Temp. über Sensor im HFM"
    VAL_BLK
    0x82727A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82727A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTANKL
    "Codewort CARB: OBDII Fehler auf Grund eines leeren Tanks"
    VAL_BLK
    0x827282
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827282  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTES
    "Codewort CARB: Tankentlüftungssystem"
    VAL_BLK
    0x82728A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82728A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTEVE
    "Codewort CARB:	Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x827292
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827292  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTKA
    "Codewort CARB: Temperatur Kühlerausgang"
    VAL_BLK
    0x82729A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82729A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTM
    "Codewort CARB: Motortemperatur TMOT"
    VAL_BLK
    0x8272A2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272A2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTMKI
    "Codewort CARB: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x8272AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272AA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTUM
    "Codewort CARB: Umgebungs(-luft)-Temperatur TUM"
    VAL_BLK
    0x8272B2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272B2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUB
    "Codewort CARB: Batteriespannung UB (Bordnetz)"
    VAL_BLK
    0x8272BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272BA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUBR
    "Codewort CARB: UBR Bordnetzspannung über Hauptrelais"
    VAL_BLK
    0x8272C2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272C2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFMV
    "Codewort CARB: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x8272CA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272CA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFNC
    "Codewort CARB: Funktionsüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x8272D2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272D2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFPR
    "Codewort CARB: Fktüberwachung: Kraftstoffdrucksensor-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x8272DA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272DA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFRKC
    "Codewort CARB: Funktionsüberwachung: Lambda-Plausibilisierung"
    VAL_BLK
    0x8272E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272E2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFRLIP
    "Codewort CARB: Funktionsüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x8272EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFSGA
    "Codewort CARB: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VAL_BLK
    0x8272F2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272F2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFSGB
    "Codewort CARB: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VAL_BLK
    0x8272FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8272FA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFSKA
    "Codewort CARB: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x827302
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827302  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFSPSC
    "Codewort CARB: Funktionsüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x82730A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82730A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCULSU
    ""
    VAL_BLK
    0x827312
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827312  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCURRAM
    "Codewort CARB: Rechnerüberwachung: RAM"
    VAL_BLK
    0x82731A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82731A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCURROM
    "Codewort CARB: Rechnerüberwachung: ROM"
    VAL_BLK
    0x827322
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827322  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCURRST
    "Codewort CARB: Rechnerüberwachung: Reset"
    VAL_BLK
    0x82732A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82732A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCVFZ
    "Codewort CARB: Fahrzeug-Geschwindigkeit"
    VAL_BLK
    0x827332
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827332  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCVTK
    "Codewort CARB: Thermische Katalysatordiagnose"
    VAL_BLK
    0x82733A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82733A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCWFS
    "Codewort CARB: Wegfahrsperre"
    VAL_BLK
    0x827342
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827342  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCWFSRC
    "Codewort CARB: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x82734A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82734A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET1
    ""
    VAL_BLK
    0x827352
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827352  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET2
    ""
    VAL_BLK
    0x82735A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82735A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET3
    ""
    VAL_BLK
    0x827362
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827362  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET4
    ""
    VAL_BLK
    0x82736A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82736A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZGST00
    "Codewort CARB: Zylindergleichstellung (zzyl=0)"
    VAL_BLK
    0x827372
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827372  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZGST01
    "Codewort CARB: Zylindergleichstellung (zzyl=1)"
    VAL_BLK
    0x82737A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82737A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZGST02
    "Codewort CARB: Zylindergleichstellung (zzyl=2)"
    VAL_BLK
    0x827382
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827382  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZGST03
    "Codewort CARB: Zylindergleichstellung (zzyl=3)"
    VAL_BLK
    0x82738A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82738A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZZZ
    "Dummy: Tabellenende"
    VAL_BLK
    0x827392
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827392  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDDSBKV
    "Codewort für %DDSBKV"
    VALUE
    0x81819C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81819C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDDST
    "Codewort Tankdrucksensor-Diagnose abschalten (EURO-Codierung)"
    VALUE
    0x81819D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81819D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDDYLSU
    "Codewort Diagnose Dynamikverhalten der LSU"
    VALUE
    0x81819E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81819E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDEDSS
    "Codewort zum Aktivieren der %DDSS"
    VALUE
    0x81819F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81819F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDEHFM
    "Codewort zum Aktivieren der %DHFM"
    VALUE
    0x8181A0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDFO
    "Codewort zum Ausschalten und Rücksetzen der Adaption"
    VALUE
    0x81013C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81013C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDFOMOD
    "Codewort zum Festlegen des Modus der Fuel-on/-off Adaption"
    VALUE
    0x81013D
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81013D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDGGGTS
    "Codewort GGGTS (Kühlwassertemperatur über Kombi)"
    VALUE
    0x8181A1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHELSU
    "Codewort Diagnose Heizereinkopplung"
    VALUE
    0x8181A2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHNOHK
    "Codewort Heizerdiagnose NOx-Sensor"
    VALUE
    0x8181A3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHNOHKE
    "Codewort Heizerdiagnose Endstufe NOx-Sensor"
    VALUE
    0x8181A4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHRLSU
    "Codewort zum Einschalten der DHRLSU"
    VALUE
    0x8181A5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHRLSUE
    "Codewort zum Einschalten der DHRLSUE"
    VALUE
    0x8181A6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHSF
    "Funktion über Codewort CDHSF freigegeben"
    VALUE
    0x8181A7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHSFE
    "Funktion über Codewort CDHSFE freigegeben"
    VALUE
    0x8181A8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHSH
    "Codewort Heizerdiagnose hinter Kat (CDHSH = 0  => keine Diagnose)"
    VALUE
    0x8181A9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHSHE
    "Eurobit für Diagnose Entstufe Lambdasondenheizung hinter Kat"
    VALUE
    0x8181AA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHSV
    "Codewort Heizerdiagnose vor Kat im (CDHSV = 0  => keine Diagnose)"
    VALUE
    0x8181AB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDHSVSA
    "Codewort Heizerdiagnose vor Kat im Schub (CDHSVsa = 0  => keine Diagnose)"
    VALUE
    0x8181AC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDICLSU
    "Codewort Dignose: Auswerte-IC für Breitband-Lambdasonde LSU"
    VALUE
    0x8181AD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181AD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAAA
    "Dummy: Tabellenanfang"
    VAL_BLK
    0x82739A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82739A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAATUN
    ""
    VAL_BLK
    0x8273A2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273A2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAGRE
    "Codewort Kunde: Überwachung AGR-Endstufe"
    VAL_BLK
    0x8273AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273AA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAGRL
    "Codewort Kunde: AGR-Ventil Lagesensor"
    VAL_BLK
    0x8273B2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273B2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAGRS
    "Codewort Kunde: Diagnose AGR-System"
    VAL_BLK
    0x8273BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273BA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAGRV
    "Codewort Kunde: Diagnose AGR-Ventil"
    VAL_BLK
    0x8273C2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273C2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAT
    "Codewort Katalysator-Diagnose im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181AE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181AE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKATNV
    "Codewort Kunde: Abgastemperatur hinter dem Vorkatalysator"
    VAL_BLK
    0x8273CA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273CA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKATSP
    "Codewort Katalysator-Diagnose im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181AF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181AF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBKS
    "Codewort Kunde: Bedarfsgeregeltes Kraftstoffsystem"
    VAL_BLK
    0x8273D2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273D2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBKSE
    "Codewort Kunde: Diagnose Endstufe BKS"
    VAL_BLK
    0x8273DA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273DA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBM
    "Codewort Kunde: Bezugsmarkengeber"
    VAL_BLK
    0x8273E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273E2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBREMS
    "Codewort Kunde: BREMS (Bremsschalter)"
    VAL_BLK
    0x8273EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBWF
    "Codewort Kunde: PWG Bewegung"
    VAL_BLK
    0x8273F2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273F2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCAIR
    "Codewort Kunde: Airbag-Botschaft"
    VAL_BLK
    0x8273FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8273FA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCAIRP
    "Codewort Kunde: unpl. Airbag-Botschaft"
    VAL_BLK
    0x827402
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827402  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCAS
    "Codewort Kunde: CAN-Schnittstelle, Timeout ASC"
    VAL_BLK
    0x82740A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82740A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCAT
    "Codewort Kunde: CAN-Schnittstelle, Timeout ASR"
    VAL_BLK
    0x827412
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827412  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCBSG
    "Codewort Kunde: BSG-Botschaft"
    VAL_BLK
    0x82741A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82741A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCGE
    "Codewort Kunde: CAN-Schnittstelle, Timeout EGS"
    VAL_BLK
    0x827422
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827422  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCGRA
    "Codewort Kunde: GRA-Botschaft (Empfang)"
    VAL_BLK
    0x82742A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82742A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCIF
    "Codewort Kunde: CAN-Schnittstelle, interner Fehler"
    VAL_BLK
    0x827432
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827432  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCINS
    "Codewort Kunde: CAN- timeout, Instrumente"
    VAL_BLK
    0x82743A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82743A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCKLA
    "Codewort Kunde: CAN-Schnittstelle, Timeout Klima"
    VAL_BLK
    0x827442
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827442  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDK
    "Codewort Kunde: DK - Potentiometer"
    VAL_BLK
    0x82744A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82744A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDK1P
    "Codewort Kunde: Drosselklappe 1. Poti"
    VAL_BLK
    0x827452
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827452  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDK2P
    "Codewort Kunde: Drosselklappenpotentiometer 2"
    VAL_BLK
    0x82745A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82745A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDPL
    "Codewort Kunde: Dauerplus"
    VAL_BLK
    0x827462
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827462  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDPUPSR
    ""
    VAL_BLK
    0x82746A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82746A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDSBKV
    "Codewort Kunde: Bremskraftverstärker"
    VAL_BLK
    0x827472
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827472  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDSKV
    "Codewort Kunde: Hochdrucksensortest"
    VAL_BLK
    0x82747A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82747A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDSS
    "Codewort Kunde: Saugrohr-Drucksensor"
    VAL_BLK
    0x827482
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827482  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDSU
    "Codewort Kunde: Drucksensor Umgebung"
    VAL_BLK
    0x82748A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82748A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDSV
    "Codewort Kunde: Drucksteuerventil"
    VAL_BLK
    0x827492
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827492  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEE
    "Codewort Kunde: DV-E Endstufe"
    VAL_BLK
    0x82749A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82749A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEF
    "Codewort Kunde: DV-E Fehler bei Federprüfung"
    VAL_BLK
    0x8274A2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274A2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEFO
    ""
    VAL_BLK
    0x8274AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274AA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEL
    "Codewort Kunde: DV-E Lageabweichung"
    VAL_BLK
    0x8274B2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274B2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEN
    "Codewort Kunde: DV-E Fehler bei Prüfung Notlufposition"
    VAL_BLK
    0x8274BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274BA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVER
    "Codewort Kunde: DV-E Regelbereich"
    VAL_BLK
    0x8274C2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274C2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVET
    ""
    VAL_BLK
    0x8274CA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274CA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEU
    "Codewort Kunde: DV-E Fehler beim UMA-Lernen"
    VAL_BLK
    0x8274D2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274D2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEUB
    ""
    VAL_BLK
    0x8274DA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274DA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEUW
    ""
    VAL_BLK
    0x8274E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274E2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEV
    "Codewort Kunde: DV-E Fehler bei Verstärkerabgleich"
    VAL_BLK
    0x8274EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDYLSU
    ""
    VAL_BLK
    0x8274F2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274F2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFP1P
    "Codewort Kunde: Poti 1, Fahrpedal"
    VAL_BLK
    0x8274FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8274FA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFP2P
    "Codewort Kunde: Poti 2, Fahrpedal"
    VAL_BLK
    0x827502
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827502  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFPP
    "Codewort Kunde: Poti Fahrpedal"
    VAL_BLK
    0x82750A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82750A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFRA
    "Codewort Kunde:	LR-Adaption multiplikativ"
    VAL_BLK
    0x827512
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827512  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFRST
    "Codewort Kunde: LR- Abweichung"
    VAL_BLK
    0x82751A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82751A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKGECOD
    "Codewort Kunde: Getriebecodierung CAN"
    VAL_BLK
    0x827522
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827522  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKGRBH
    "Codewort Kunde: GRA Bedienhebelfehler"
    VAL_BLK
    0x82752A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82752A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVH1
    "Codewort Kunde: Hochdruck-Einspritzventil Highside 1"
    VAL_BLK
    0x827532
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827532  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVH2
    "Codewort Kunde: Hochdruck-Einspritzventil Highside 2"
    VAL_BLK
    0x82753A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82753A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVH3
    "Codewort Kunde: Hochdruck-Einspritzventil Highside 3"
    VAL_BLK
    0x827542
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827542  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVH4
    ""
    VAL_BLK
    0x82754A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82754A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVK
    "Codewort Kunde: Hochdruck-Einspritzventil, Kommunikation"
    VAL_BLK
    0x827552
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827552  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVL1
    "Codewort Kunde: Hochdruck-Einspritzventil Lowside 1"
    VAL_BLK
    0x82755A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82755A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVL2
    ""
    VAL_BLK
    0x827562
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827562  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVL3
    ""
    VAL_BLK
    0x82756A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82756A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDEVL4
    ""
    VAL_BLK
    0x827572
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827572  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHDR
    "Codewort Kunde: Raildruckregelung"
    VAL_BLK
    0x82757A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82757A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHELSU
    ""
    VAL_BLK
    0x827582
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827582  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHLA
    "Codeword Kunde: Heizleistungsanforderung"
    VAL_BLK
    0x82758A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82758A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHNOHK
    "Codewort Kunde HNOHK"
    VAL_BLK
    0x827592
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827592  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHNOHKE
    "Codewort Kunde HNOHKE"
    VAL_BLK
    0x82759A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82759A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHRE
    ""
    VAL_BLK
    0x8275A2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275A2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSH
    "Codewort Kunde:Lambdasonden-Heizung hinter Katalysator"
    VAL_BLK
    0x8275AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275AA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSV
    "Codewort Kunde: Lambdasonden-Heizung vor Katalysator"
    VAL_BLK
    0x8275B2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275B2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSVE
    "Codewort Kunde: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    VAL_BLK
    0x8275BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275BA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSVSA
    ""
    VAL_BLK
    0x8275C2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275C2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKICLSU
    ""
    VAL_BLK
    0x8275CA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275CA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKAT
    "Codewort Kunde:	Katalysator-Konvertierung"
    VAL_BLK
    0x8275D2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275D2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA01
    "Codewort Kunde: Klopfregelanschlag Zylinder 1"
    VAL_BLK
    0x8275DA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275DA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA02
    "Codewort Kunde: Klopfregelanschlag Zylinder 2"
    VAL_BLK
    0x8275E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275E2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA03
    "Codewort Kunde: Klopfregelanschlag Zylinder 3"
    VAL_BLK
    0x8275EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA04
    "Codewort Kunde: Klopfregelanschlag Zylinder 4"
    VAL_BLK
    0x8275F2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275F2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRNT
    "Codewort Kunde:	Klopfregelung Nulltest"
    VAL_BLK
    0x8275FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8275FA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKROF
    "Codewort Kunde:	Klopfregelung Offset"
    VAL_BLK
    0x827602
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827602  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRTP
    "Codewort Kunde: Klopfregelung Testimpuls"
    VAL_BLK
    0x82760A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82760A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKS1
    "Codewort Kunde:	Klopfsensor 1"
    VAL_BLK
    0x827612
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827612  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKUPPL
    "Codewort Kunde: Pedalwertgeber Kupplung"
    VAL_BLK
    0x82761A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82761A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLASH
    "Codewort Kunde: Lambda-Sondenalterung hinter Kat."
    VAL_BLK
    0x827622
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827622  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLBK
    "Codewort Kunde: Ladungsbewegungsklappe"
    VAL_BLK
    0x82762A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82762A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLBKE
    ""
    VAL_BLK
    0x827632
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827632  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLBKO
    "Codewort Kunde: Ladungsbewegungsklappe Offset-Adaption"
    VAL_BLK
    0x82763A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82763A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLBKP
    "Codewort Kunde: Ladungsbewegungsklappe Potentiometer"
    VAL_BLK
    0x827642
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827642  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLGHMM
    ""
    VAL_BLK
    0x82764A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82764A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLLRH
    ""
    VAL_BLK
    0x827652
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827652  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLLRM
    ""
    VAL_BLK
    0x82765A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82765A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLM
    "Codewort Kunde:	LMM/HLM/HFM"
    VAL_BLK
    0x827662
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827662  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSH
    "Codewort Kunde: Lambda-Sonde hinter Kat"
    VAL_BLK
    0x82766A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82766A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUIA
    ""
    VAL_BLK
    0x827672
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827672  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUIP
    ""
    VAL_BLK
    0x82767A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82767A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUKS
    ""
    VAL_BLK
    0x827682
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827682  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUUN
    ""
    VAL_BLK
    0x82768A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82768A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUVM
    ""
    VAL_BLK
    0x827692
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827692  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSV
    "Codewort Kunde:	Lambda-Sonde vor Kat"
    VAL_BLK
    0x82769A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82769A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLUES1E
    ""
    VAL_BLK
    0x8276A2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276A2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLUES2E
    ""
    VAL_BLK
    0x8276AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276AA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLZSR
    ""
    VAL_BLK
    0x8276B2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276B2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD
    "Codewort Kunde: Aussetzer, Summenfehler (multiple)"
    VAL_BLK
    0x8276BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276BA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD00
    "Codewort Kunde: Aussetzer Zyl. 0"
    VAL_BLK
    0x8276C2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276C2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD01
    "Codewort Kunde: Aussetzer Zyl. 1"
    VAL_BLK
    0x8276CA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276CA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD02
    "Codewort Kunde: Aussetzer Zylinder 2"
    VAL_BLK
    0x8276D2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276D2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD03
    "Codewort Kunde: Aussetzer Zylinder 3"
    VAL_BLK
    0x8276DA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276DA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMDB
    "Codewort Kunde: Momentbegrenzung Sollmoment"
    VAL_BLK
    0x8276E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276E2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMDSCH
    "Codewort Kunde: Aussetzer in Schichtbetrieb"
    VAL_BLK
    0x8276EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMSVE
    "Codewort Kunde: Diagnose Endstufe MSV"
    VAL_BLK
    0x8276F2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276F2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKN
    "Codewort Kunde: Drehzahlsignalgeber"
    VAL_BLK
    0x8276FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8276FA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKNOHK
    "Codewort Kunde NOHK"
    VAL_BLK
    0x827702
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827702  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKNOHKP
    "Codewort Kunde NOHKP"
    VAL_BLK
    0x82770A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82770A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKNWKW
    "Codewort Kunde: Zuordnung Nockwelle zu Kurbelwelle"
    VAL_BLK
    0x827712
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827712  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKNX
    "Codewort Kunde:	NMAX - Überschreitung"
    VAL_BLK
    0x82771A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82771A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKORA
    "Codewort Kunde: LR- Adaption"
    VAL_BLK
    0x827722
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827722  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKPH
    "Codewort Kunde: Phasensensor"
    VAL_BLK
    0x82772A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82772A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKPLLSU
    ""
    VAL_BLK
    0x827732
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827732  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSALSU
    ""
    VAL_BLK
    0x82773A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82773A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSCR
    "Codewort Kunde: CRAS-Signal"
    VAL_BLK
    0x827742
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827742  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSGEEP
    "Codewort Kunde:	Steuergerät defekt (EEPROM)"
    VAL_BLK
    0x82774A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82774A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSGEEW
    "Codewort Kunde: Steuergerät defekt (EEPROM WFS-Bereich)"
    VAL_BLK
    0x827752
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827752  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSKNO
    "Codewort Kunde: %DSKNO"
    VAL_BLK
    0x82775A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82775A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTA
    "Codewort Kunde:	TANS"
    VAL_BLK
    0x827762
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827762  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTAHFM
    "Codewort Kunde:	Ansaugluft-Temperatur, Sensor im HFM"
    VAL_BLK
    0x82776A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82776A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTANKL
    "Codewort Kunde: OBDII Fehler auf Grund eines leeren Tanks"
    VAL_BLK
    0x827772
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827772  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTES
    "Codewort Kunde: Tankentlüftungssystem"
    VAL_BLK
    0x82777A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82777A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTEVE
    "Codewort Kunde:	Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x827782
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827782  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTKA
    "Codewort Kunde: Temperatur am Kühlerausgang"
    VAL_BLK
    0x82778A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82778A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTM
    "Codewort Kunde: TMOT"
    VAL_BLK
    0x827792
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827792  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTMKI
    "Codewort Kunde: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x82779A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82779A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTUM
    "Codewort Kunde: Umgebungstemperatur"
    VAL_BLK
    0x8277A2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277A2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUB
    "Codewort Kunde:	UB"
    VAL_BLK
    0x8277AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277AA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUBR
    ""
    VAL_BLK
    0x8277B2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277B2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFMV
    "Codewort Kunde: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x8277BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277BA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFNC
    "Codewort Kunde: Funktionsüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x8277C2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277C2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFPR
    "Codewort Kunde: Fktüberw: Kraftstoffdrucksensor-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x8277CA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277CA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFRKC
    "Codewort Kunde: Funktionsüberwachung: Lambda-Plausibilisierung"
    VAL_BLK
    0x8277D2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277D2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFRLIP
    "Codewort Kunde: Funktionsüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x8277DA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277DA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFSGA
    "Codewort Kunde: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VAL_BLK
    0x8277E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277E2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFSGB
    "Codewort Kunde: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VAL_BLK
    0x8277EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFSKA
    "Codewort Kunde: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x8277F2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277F2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFSPSC
    "Codewort Kunde: Funktionsüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x8277FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8277FA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKULSU
    ""
    VAL_BLK
    0x827802
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827802  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKURRAM
    "Codewort Kunde: Rechnerüberwachung: RAM"
    VAL_BLK
    0x82780A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82780A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKURROM
    "Codewort Kunde: Rechnerüberwachung: ROM"
    VAL_BLK
    0x827812
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827812  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKURRST
    "Codewort Kunde: Rechnerüberwachung: Reset"
    VAL_BLK
    0x82781A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82781A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKVFZ
    "Codewort Kunde:	Fahrzeug-Geschwindigkeit"
    VAL_BLK
    0x827822
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827822  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKVS
    "Codeword DKVS aktiv/inaktiv, CD..=0 -> keine Diagnose"
    VALUE
    0x8181B0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKVTK
    "Codewort Kunde: Thermische Katlysatordiagnose"
    VAL_BLK
    0x82782A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82782A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKWFS
    "Codewort Kunde: Wegfahrsperre"
    VAL_BLK
    0x827832
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827832  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKWFSRC
    "Codewort Kunde: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x82783A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82783A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET1
    ""
    VAL_BLK
    0x827842
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827842  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET2
    ""
    VAL_BLK
    0x82784A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82784A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET3
    ""
    VAL_BLK
    0x827852
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827852  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET4
    ""
    VAL_BLK
    0x82785A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82785A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZGST00
    "Codewort Kunde: Zylindergleichstellung (zzyl=0)"
    VAL_BLK
    0x827862
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827862  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZGST01
    "Codewort Kunde: Zylindergleichstellung (zzyl=1)"
    VAL_BLK
    0x82786A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82786A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZGST02
    "Codewort Kunde: Zylindergleichstellung (zzyl=2)"
    VAL_BLK
    0x827872
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827872  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZGST03
    "Codewort Kunde: Zylindergleichstellung (zzyl=3)"
    VAL_BLK
    0x82787A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x82787A  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZZZ
    "Dummy: Tabellenendeng"
    VAL_BLK
    0x827882
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x827882  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLASF
    "Codewort Lambdasonde hinter Frontkat - Schalten von Teilfunktionen"
    VALUE
    0x8181B1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLASH
    "Codewort Lambdasondenalterungsdiagnose (SHK) im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181B2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLATP
    "Codewort Lambdasondenalterungsdiagnose (TP) im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181B3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLATV
    "Codewort Lambdasondenalterungsdiagnose (tv) im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181B4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLBK
    "Codewort für %DLBK"
    VALUE
    0x8181B5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLDP
    "Codewort LDP-Diagnose im OBDII-Modus (invers: Europa-Modus), CD..=0 -> keine Dia"
    VALUE
    0x8181B6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLLR
    "Codewort DLLR abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181B7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLSF
    "Funktion über Codewort CDLSF freigegeben"
    VALUE
    0x8181B8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLSH
    "Codewort Sondendiagnose hinter Kat im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181B9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLSV
    "Codewort Sondendiagnose vor KAT im OBDII-Mode"
    VALUE
    0x8181BA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLSVST
    "Codewort Sondendiagnose bei Fehlstart vor KAT"
    VALUE
    0x8181BB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDMD
    "Codewort DMD abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181BC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDNOHK
    "Codewort Diagnose NOx-Sensor"
    VALUE
    0x8181BD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDNOHKP
    "Codewort Diagnose NOx-Sensor"
    VALUE
    0x8181BE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDNWS
    "Codewort DNWS abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181BF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDPCV
    "Code wort PCV -Ventil vorhanden"
    VALUE
    0x819FFD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FFD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDPLLSU
    "Codewort Plausibilitätsdiagnose LSU"
    VALUE
    0x8181C0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDSALSU
    "Codewort:  Diagnose Schubabgleich aktiv"
    VALUE
    0x8181C1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDSKNO
    "Codewort zum Aktivieren der %DSKNO"
    VALUE
    0x8181C2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDSLS
    "Euro-Byte für Diagnose Sekundärluft-System"
    VALUE
    0x8181C3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDSLSE
    "Euro-Byte für Diagnose Endstufe Sekundärluft-Ventil/Pumpe"
    VALUE
    0x8181C4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDSWE
    "Codewort DSWE abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181C5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAAA
    "Dummy: Tabellenanfang"
    VALUE
    0x82788A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82788A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAATUN
    "Codewort Tester: Tuningschutz"
    VALUE
    0x82788C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82788C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAGRE
    "Codewort Tester: Überwachung AGR-Endstufe"
    VALUE
    0x82788E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82788E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAGRL
    "Codewort Tester: AGR-Ventil Lagesensor"
    VALUE
    0x827890
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827890  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAGRS
    "Codewort Tester: Diagnose AGR-System"
    VALUE
    0x827892
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827892  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAGRV
    "Codewort Tester: Diagnose AGR-Ventil"
    VALUE
    0x827894
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827894  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTANKL
    "Codewort DTANKL abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181C6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTATNV
    "Codewort Tester: Abgastemperatur hinter dem Vorkatalysator"
    VALUE
    0x827896
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827896  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBKS
    "Codewort Tester: Bedarfsgeregeltes Kraftstoffsystem"
    VALUE
    0x827898
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827898  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBKSE
    "Codewort Tester: Diagnose Endstufe BKS"
    VALUE
    0x82789A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82789A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBM
    "Codewort Tester: Bezugsmarkengeber"
    VALUE
    0x82789C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82789C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBREMS
    "Fehlerpfadcode: BREMS (Bremsschalter)"
    VALUE
    0x82789E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82789E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBWF
    "Codewort Tester: PWG Bewegung"
    VALUE
    0x8278A0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCAIR
    "Codewort Tester: Airbag-Botschaft"
    VALUE
    0x8278A2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCAIRP
    "Codewort Tester: unpl. Airbag-Botschaft"
    VALUE
    0x8278A4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCAS
    "Codewort Tester: CAN-Schnittstelle, Timeout ASC"
    VALUE
    0x8278A6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCAT
    ""
    VALUE
    0x8278A8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCBSG
    "Codewort Tester: BSG-Botschaft"
    VALUE
    0x8278AA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCGE
    "Codewort Tester: CAN-Schnittstelle, Timeout EGS"
    VALUE
    0x8278AC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCGRA
    "Codewort Tester: GRA-Botschaft (Empfang)"
    VALUE
    0x8278AE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCIF
    "Codewort Tester: CAN-Schnittstelle, interner Fehler"
    VALUE
    0x8278B0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCINS
    "Codewort Tester: CAN-Timeout, Instrumente"
    VALUE
    0x8278B2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCKLA
    "Codewort Tester: CAN-Schnittstelle, Timeout Klima"
    VALUE
    0x8278B4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDK
    "Codewort Tester: DK - Potentiometer"
    VALUE
    0x8278B6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDK1P
    "Codewort Tester: Drosselklappe 1. Poti"
    VALUE
    0x8278B8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDK2P
    "Codewort Tester: Drosselklappenpotentiometer 2"
    VALUE
    0x8278BA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDPL
    "Codewort Tester: Dauerplus"
    VALUE
    0x8278BC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDPUPSR
    ""
    VALUE
    0x8278BE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDSBKV
    "Codewort Tester: BKV"
    VALUE
    0x8278C0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDSKV
    "Codewort Tester: Hochdrucksensortest"
    VALUE
    0x8278C2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDSS
    "Codewort Tester: Saugrohr-Drucksensor"
    VALUE
    0x8278C4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDSU
    "Codewort Tester: Drucksensor Umgebung"
    VALUE
    0x8278C6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDSV
    "Codewort Tester: Drucksteuerventil"
    VALUE
    0x8278C8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEE
    "Codewort Tester: DV-E Endstufe"
    VALUE
    0x8278CA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEF
    "Codewort Tester: DV-E Fehler bei Federprüfung"
    VALUE
    0x8278CC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEFO
    ""
    VALUE
    0x8278CE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEL
    "Codewort Tester: DV-E Lageabweichung"
    VALUE
    0x8278D0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEN
    "Codewort Tester: DV-E Fehler bei Prüfung Notlufposition"
    VALUE
    0x8278D2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVER
    "Codewort Tester: DV-E Regelbereich"
    VALUE
    0x8278D4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVET
    ""
    VALUE
    0x8278D6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEU
    "Codewort Tester: DV-E Fehler beim UMA-Lernen"
    VALUE
    0x8278D8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEUB
    ""
    VALUE
    0x8278DA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEUW
    ""
    VALUE
    0x8278DC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEV
    "Codewort Tester: DV-E Fehler bei Verstärkerabgleich"
    VALUE
    0x8278DE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDYLSU
    ""
    VALUE
    0x8278E0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTES
    "Codewort Tankentlüftungsdiagnose abschalten (EURO-Codierung), CD..=0 ->keine Dia"
    VALUE
    0x8181C7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFP1P
    "Codewort Tester: Poti 1, Fahrpedal"
    VALUE
    0x8278E2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFP2P
    "Codewort Tester: Poti 2, Fahrpedal"
    VALUE
    0x8278E4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFPP
    "Codewort Tester: Poti Fahrpedal"
    VALUE
    0x8278E6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFRA
    "Codewort Tester: LR-Adaption multiplikativ"
    VALUE
    0x8278E8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFRST
    "Codewort Tester: LR-Abweichung"
    VALUE
    0x8278EA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTGECOD
    "Codewort Tester: Getriebecodierung CAN"
    VALUE
    0x8278EC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTGRBH
    "Codewort Tester: GRA Bedienhebel"
    VALUE
    0x8278EE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVH1
    "Codewort Tester: Hochdruck-Einspritzventil Highside 1"
    VALUE
    0x8278F0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVH2
    "Codewort Tester: Hochdruck-Einspritzventil Highside 2"
    VALUE
    0x8278F2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVH3
    "Codewort Tester: Hochdruck-Einspritzventil Highside 3"
    VALUE
    0x8278F4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVH4
    "Codewort Tester: Hochdruck-Einspritzventil Highside 4"
    VALUE
    0x8278F6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVK
    "Codewort Tester: Hochdruck-Einspritzventil, Kommunikation"
    VALUE
    0x8278F8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVL1
    "Codewort Tester: Hochdruck-Einspritzventil Lowside 1"
    VALUE
    0x8278FA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVL2
    "Codewort Tester: Hochdruck-Einspritzventil Lowside 2"
    VALUE
    0x8278FC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVL3
    "Codewort Tester: Hochdruck-Einspritzventil Lowside 3"
    VALUE
    0x8278FE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDEVL4
    "Codewort Tester: Hochdruck-Einspritzventil Lowside 4"
    VALUE
    0x827900
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827900  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHDR
    "Codewort Tester: Raildruckregelung"
    VALUE
    0x827902
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827902  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHELSU
    ""
    VALUE
    0x827904
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827904  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHLA
    "Codeword Tester: Heizleistungsanforderung"
    VALUE
    0x827906
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827906  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHNOHK
    "Codewort Tester HNOHK"
    VALUE
    0x827908
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827908  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHNOHKE
    "Codewort Tester HNOHKE"
    VALUE
    0x82790A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82790A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHRE
    ""
    VALUE
    0x82790C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82790C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSH
    "Codewort Tester: Lambdasonden-Heizung hinter Katalysator"
    VALUE
    0x82790E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82790E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSV
    "Codewort Tester: Lambdasonden-Heizung vor Katalysator"
    VALUE
    0x827910
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827910  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSVE
    "Codewort Tester: Lambdasonden-Heizung vor Kat. (Endst.)"
    VALUE
    0x827912
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827912  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSVSA
    "Codewort Tester: Lambdasonden-Heizung vor Katalysator"
    VALUE
    0x827914
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827914  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTICLSU
    "Codewort Tester: Auswerte-IC für LSU"
    VALUE
    0x827916
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827916  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKAT
    "Codewort Tester: Katalysator-Konvertierung"
    VALUE
    0x827918
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827918  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA01
    ""
    VALUE
    0x82791A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82791A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA02
    ""
    VALUE
    0x82791C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82791C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA03
    ""
    VALUE
    0x82791E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82791E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA04
    ""
    VALUE
    0x827920
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827920  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRNT
    "Codewort Tester: Klopfregelung Nulltest"
    VALUE
    0x827922
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827922  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKROF
    "Codewort Tester: Klopfregelung Offset"
    VALUE
    0x827924
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827924  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRTP
    "Codewort Tester: Klopfregelung Testimpuls"
    VALUE
    0x827926
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827926  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKS1
    "Codewort Tester: Klopfsensor 1"
    VALUE
    0x827928
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827928  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKUPPL
    "Fehlerpfadcode: Pedalwertgeber Kupplung"
    VALUE
    0x82792A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82792A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLASH
    "Codewort Tester: Lambda-Sondenalterung hinter Kat"
    VALUE
    0x82792C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82792C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLBK
    "Codewort Tester: LBK"
    VALUE
    0x82792E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82792E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLBKE
    ""
    VALUE
    0x827930
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827930  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLBKO
    "Codewort Tester: LBK Offset-Adaption"
    VALUE
    0x827932
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827932  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLBKP
    "Codewort Tester: LBK Potentiometer"
    VALUE
    0x827934
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827934  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLGHMM
    ""
    VALUE
    0x827936
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827936  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLLRH
    ""
    VALUE
    0x827938
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827938  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLLRM
    ""
    VALUE
    0x82793A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82793A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLM
    "Codewort Tester: LMM/HLM/HFM"
    VALUE
    0x82793C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82793C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSH
    "Codewort Tester: Lambda-Sonde hinter Kat"
    VALUE
    0x82793E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82793E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUIA
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond IA"
    VALUE
    0x827940
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827940  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUIP
    ""
    VALUE
    0x827942
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827942  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUKS
    ""
    VALUE
    0x827944
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827944  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUUN
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond UN"
    VALUE
    0x827946
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827946  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUVM
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond VM"
    VALUE
    0x827948
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827948  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSV
    "Codewort Tester: Lambda-Sonde vor Kat"
    VALUE
    0x82794A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82794A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLUES1E
    "Codewort Tester: Endstufe Lüftersteuerung 1"
    VALUE
    0x82794C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82794C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLUES2E
    "Codewort Tester: Endstufe Lüftersteuerung 2"
    VALUE
    0x82794E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82794E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLZSR
    ""
    VALUE
    0x827950
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827950  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD
    "Codewort Tester: Aussetzer, Summenfehler (multiple)"
    VALUE
    0x827952
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827952  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD00
    "Codewort Tester: Aussetzer Zyl. 0"
    VALUE
    0x827954
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827954  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD01
    "Codewort Tester: Aussetzer Zyl. 1"
    VALUE
    0x827956
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827956  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD02
    "Codewort Tester: Aussetzer Zylinder 2"
    VALUE
    0x827958
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827958  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD03
    "Codewort Tester: Aussetzer Zylinder 3"
    VALUE
    0x82795A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82795A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMDB
    "Codewort Tester: Momentbegrenzung Sollmoment"
    VALUE
    0x82795C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82795C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMDSCH
    "Codewort Tester: Aussetzer in Schichtbetrieb"
    VALUE
    0x82795E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82795E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMSVE
    "Codewort Tester: Diagnose Endstufe MSV"
    VALUE
    0x827960
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827960  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTN
    "Codewort Tester: Drehzahlsignalgeber"
    VALUE
    0x827962
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827962  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTNOHK
    "Codewort Tester NOHK"
    VALUE
    0x827964
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827964  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTNOHKP
    "Codewort Tester NOHKP"
    VALUE
    0x827966
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827966  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTNWKW
    "Codewort Tester: Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x827968
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827968  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTNX
    "Codewort Tester: NMAX - Überschreitung"
    VALUE
    0x82796A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82796A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTORA
    "Codewort Tester: LR-Adaption additiv"
    VALUE
    0x82796C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82796C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTPH
    "Codewort Tester: Phasensensor"
    VALUE
    0x82796E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82796E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTPLLSU
    ""
    VALUE
    0x827970
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827970  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSALSU
    ""
    VALUE
    0x827972
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827972  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSCR
    "Codewort Tester: Überwachung Crashsignal"
    VALUE
    0x827974
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827974  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSGEEP
    "Codewort Tester: Steuergerät defekt (EEPROM)"
    VALUE
    0x827976
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827976  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSGEEW
    "Codewort Tester: Steuergerät defekt (EEPROM WFS-Bereich)"
    VALUE
    0x827978
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827978  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSKNO
    "Codewort Tester: %DSKNO"
    VALUE
    0x82797A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82797A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTA
    "Codewort Tester: TANS"
    VALUE
    0x82797C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82797C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTAHFM
    "Codewort Tester: Ansaugluft-Temperatur, Sensor im HFM"
    VALUE
    0x82797E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82797E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTANKL
    "Codewort Tester: OBDII Fehler auf Grund eines leeren Tanks"
    VALUE
    0x827980
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827980  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTES
    "Codewort Tester: Tankentlüftungssystem"
    VALUE
    0x827982
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827982  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTEVE
    "Codewort Tester: Tankentlüftungsventil Endstufe"
    VALUE
    0x827984
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827984  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTKA
    "Codewort Tester: Temperatur Kühlerausgang"
    VALUE
    0x827986
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827986  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTM
    "Codewort Tester: TMOT"
    VALUE
    0x827988
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827988  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTMKI
    "Codewort Tester: Motortemperatur aus Kombiinstrument TMKI"
    VALUE
    0x82798A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82798A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTUM
    "Codewort Tester: Umgebungstemperatur TUM"
    VALUE
    0x82798C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82798C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUB
    "Codewort Tester: UB"
    VALUE
    0x82798E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82798E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUBR
    "Codewort Tester: UBR Bordnetzspannung über Hauptrelais"
    VALUE
    0x827990
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827990  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFMV
    "Codewort Tester: Funktionsüberwachung: Momentenvergleich"
    VALUE
    0x827992
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827992  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFNC
    "Codewort Tester: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x827994
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827994  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFPR
    "Codewort Tester: Fktüberw: Kraftstoffdrucksensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x827996
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827996  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFRKC
    "Codewort Tester: Funktionsüberwachung: Lambda-Plausibilisierug"
    VALUE
    0x827998
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827998  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFRLIP
    "Codewort Tester: Fktüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x82799A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82799A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFSGA
    "Codewort Tester: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VALUE
    0x82799C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82799C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFSGB
    "Codewort Tester: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VALUE
    0x82799E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82799E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFSKA
    "Codewort Tester: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VALUE
    0x8279A0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFSPSC
    "Codewort Tester: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x8279A2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTULSU
    ""
    VALUE
    0x8279A4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTURRAM
    "Codewort Tester: Rechnerüberwachung: RAM"
    VALUE
    0x8279A6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTURROM
    "Codewort Tester: Rechnerüberwachung: ROM"
    VALUE
    0x8279A8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTURRST
    "Codewort Tester: Rechnerüberwachung: Reset"
    VALUE
    0x8279AA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTVFZ
    "Codewort Tester: Fahrzeug-Geschwindigkeit"
    VALUE
    0x8279AC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTVTK
    "Codewort Tester: Thermische Katalysatordiagnose"
    VALUE
    0x8279AE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTWFS
    "Codewort Tester: Wegfahrsperre"
    VALUE
    0x8279B0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTWFSRC
    "Codewort Tester: Wegfahrsperre RC-Glied"
    VALUE
    0x8279B2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET1
    ""
    VALUE
    0x8279B4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET2
    ""
    VALUE
    0x8279B6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET3
    ""
    VALUE
    0x8279B8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET4
    ""
    VALUE
    0x8279BA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZGST00
    "Codewort Tester: Zylindergleichstellung (zzyl=0)"
    VALUE
    0x8279BC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZGST01
    "Codewort Tester: Zylindergleichstellung (zzyl=1)"
    VALUE
    0x8279BE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZGST02
    "Codewort Tester: Zylindergleichstellung (zzyl=2)"
    VALUE
    0x8279C0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZGST03
    "Codewort Tester: Zylindergleichstellung (zzyl=3)"
    VALUE
    0x8279C2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZZZ
    "Dummy: Tabellenende"
    VALUE
    0x8279C4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDULSU
    "Codewort Spannungsüberwachung stetige Lambdasonde"
    VALUE
    0x8181C8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDVKT
    "Euroschalter für Funkton DKATTH"
    VALUE
    0x8181C9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDWGANG
    "Gangerkennung für Kompressorabschalten bei Vollgas"
    VALUE
    0x811D85
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDWGANGB
    "Gangerkennung bei Beschleunigung"
    VALUE
    0x811D86
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDWKOB
    "Codewort : Auswahl zur Gangerkennung für KO-Auschalten ( gangi oder nmot/vfzw)"
    VALUE
    0x811D87
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CIDKATSP
    "Component ID für Kat-Diagnose"
    VALUE
    0x819474
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819474  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CIDKATSPI
    "Component ID für Kat-Diagnose"
    VALUE
    0x819475
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819475  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CIDKATSPR
    "Component ID für Kat-Diagnose"
    VALUE
    0x819476
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819476  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CIDKATSPT
    "Component ID für Kat-Diagnose bei Testerbetrieb"
    VALUE
    0x819477
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819477  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CIDSKN
    "Component ID für Mode $06 - Werte der %DSKNO"
    VALUE
    0x819400
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819400  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CKTSEMN
    "Minimalwert der Fettgasmenge für FSPA-Berechnung"
    VALUE
    0x828A38
    KwUw
    1820.417
    m_q0p0277_g
    0.00
    1820.417

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CKTSEMX
    "Maximalwert der Fettgasmenge"
    VALUE
    0x828A3A
    KwUw
    1820.417
    m_q0p0277_g
    0.00
    1820.417

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL30LINE
    "30. Linie der Klassentabelle"
    VAL_BLK
    0x826BA6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826BA6  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL31LINE
    "31. Linie der Klassentabelle"
    VAL_BLK
    0x826BB4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826BB4  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL32LINE
    "32. Linie der Klassentabelle"
    VAL_BLK
    0x826BC2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826BC2  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL33LINE
    "33. Linie der Klassentabelle"
    VAL_BLK
    0x826BD0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826BD0  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL34LINE
    "34. Linie der Klassentabelle"
    VAL_BLK
    0x826BDE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826BDE  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL35LINE
    "35. Linie der Klassentabelle"
    VAL_BLK
    0x826BEC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826BEC  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL36LINE
    "36. Linie der Klassentabelle"
    VAL_BLK
    0x826BFA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826BFA  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL37LINE
    "37. Linie der Klassentabelle"
    VAL_BLK
    0x826C08
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826C08  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL38LINE
    "38. Linie der Klassentabelle"
    VAL_BLK
    0x826C16
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826C16  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL39LINE
    "39. Linie der Klassentabelle"
    VAL_BLK
    0x826C24
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x826C24  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAAA
    "Dummy: Tabellenanfang"
    VALUE
    0x826C32
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C32  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAATUN
    "Fehlerklasse: Tuningschutz"
    VALUE
    0x826C33
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C33  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAGRE
    "Fehlerklasse: AGR-Ventil Endstufe"
    VALUE
    0x826C34
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C34  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAGRL
    "Fehlerklasse: Lagesensor AGR-Ventil"
    VALUE
    0x826C35
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C35  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAGRS
    "Fehlerklasse: Diagnose AGR-System"
    VALUE
    0x826C36
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C36  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAGRV
    "Fehlerklasse: Diagnose AGR- Ventil"
    VALUE
    0x826C37
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C37  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAATNV
    "Fehlerklasse: Abgastemperatur hinter dem Vorkatalysator"
    VALUE
    0x826C38
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C38  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABKS
    "Fehlerklasse: Bedarfsgeregeltes Kraftstoffsystem"
    VALUE
    0x826C39
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C39  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABKSE
    "Fehlerklasse: Diagnose Endstufe BKS"
    VALUE
    0x826C3A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C3A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABM
    "Fehlerklasse: Bezugsmarkengeber"
    VALUE
    0x826C3B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C3B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABREMS
    "Fehlerklasse: BREMS (Bremsschalter)"
    VALUE
    0x826C3C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C3C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABWF
    "Fehlerklasse:  PWG Bewegung"
    VALUE
    0x826C3D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C3D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACAIR
    "Fehlerklasse: Airbag-Botschaft"
    VALUE
    0x826C3E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C3E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACAIRP
    "Fehlerklasse: unpl. Airbag-Botschaft"
    VALUE
    0x826C3F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C3F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACAS
    "Fehlerklasse: CAN-Timeout ASC-Botschaft"
    VALUE
    0x826C40
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C40  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACAT
    "Fehlerklasse: CAN-Schnittstelle, Timeout ASR"
    VALUE
    0x826C41
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C41  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACBSG
    "Fehlerklasse: BSG-Botschaft"
    VALUE
    0x826C42
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C42  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACGE
    "Fehlerklasse: CAN-Timeout EGS-Botschaft"
    VALUE
    0x826C43
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C43  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACGRA
    "Fehlerklasse: GRA-Botschaft (Empfang)"
    VALUE
    0x826C44
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C44  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACIF
    "Fehlerklasse: CAN-Schnittstelle, interner Fehler"
    VALUE
    0x826C45
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C45  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACINS
    "Fehlerklasse: CAN-Timeout Botschaft Kombiinstrument"
    VALUE
    0x826C46
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C46  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACKLA
    ""
    VALUE
    0x826C47
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C47  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADK
    "Fehlerklasse: DK- Potentiometer"
    VALUE
    0x826C48
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C48  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADK1P
    "Fehlerklassse: Drosselklappe 1. Poti"
    VALUE
    0x826C49
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C49  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADK2P
    "Fehlerklasse: Drosselklappenpotentiometer 2"
    VALUE
    0x826C4A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C4A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADPL
    "Fehlerklasse: Dauerplus"
    VALUE
    0x826C4B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C4B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADPUPSR
    ""
    VALUE
    0x826C4C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C4C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADSBKV
    "Fehlerklasse: BKV"
    VALUE
    0x826C4D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C4D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADSKV
    "Fehlerklasse: Hochdrucksensortest"
    VALUE
    0x826C4E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C4E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADSS
    "Fehlerklasse: Saugrohrdrucksensor"
    VALUE
    0x826C4F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C4F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADSU
    "Fehlerklasse: Umgebungsdrucksensor"
    VALUE
    0x826C50
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C50  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADSV
    "Fehlerklasse: Drucksteuerventil"
    VALUE
    0x826C51
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C51  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEE
    "Fehlerklasse: DV-E Endstufe"
    VALUE
    0x826C52
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C52  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEF
    "Fehlerklasse: DV-E Fehler bei Federprüfung"
    VALUE
    0x826C53
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C53  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEFO
    ""
    VALUE
    0x826C54
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C54  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEL
    "Fehlerklasse: DV-E Lageabweichung"
    VALUE
    0x826C55
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C55  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEN
    "Fehlerklasse: DV-E Fehler bei Prüfung Notluftposition"
    VALUE
    0x826C56
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C56  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVER
    "Fehlerklasse: DV-E Regelbereich"
    VALUE
    0x826C57
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C57  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVET
    ""
    VALUE
    0x826C58
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C58  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEU
    "Fehlerklasse: DV-E Fehler beim UMA-Lernen"
    VALUE
    0x826C59
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C59  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEUB
    ""
    VALUE
    0x826C5A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C5A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEUW
    ""
    VALUE
    0x826C5B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C5B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEV
    "Fehlerklasse: DV-E Fehler bei Verstärkerabgleich"
    VALUE
    0x826C5C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C5C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADYLSU
    ""
    VALUE
    0x826C5D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C5D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFP1P
    "Fehlerklasse: Poti 1, Fahrpedal"
    VALUE
    0x826C5E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C5E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFP2P
    "Fehlerklasse: Poti 2, Fahrpedal"
    VALUE
    0x826C5F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C5F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFPP
    "Fehlerklasse: Poti Fahrpedal"
    VALUE
    0x826C60
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C60  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFRA
    "Fehlerklasse: LR-Adaption multiplikativ"
    VALUE
    0x826C61
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFRST
    "Fehlerklasse: LR-Abweichung"
    VALUE
    0x826C62
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C62  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAGECOD
    "Fehlerklasse: Getriebecodierung CAN"
    VALUE
    0x826C63
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C63  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAGRBH
    "Fehlerklasse: GRA- Bedienhebel"
    VALUE
    0x826C64
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C64  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVH1
    "Fehlerklasse: Hochdruck-Einspritzventil Highside 1"
    VALUE
    0x826C65
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C65  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVH2
    "Fehlerklasse: Hochdruck-Einspritzventil Highside 2"
    VALUE
    0x826C66
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C66  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVH3
    "Fehlerklasse: Hochdruck-Einspritzventil Highside 3"
    VALUE
    0x826C67
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C67  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVH4
    "Fehlerklasse: Hochdruck-Einspritzventil Highside 4"
    VALUE
    0x826C68
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C68  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVK
    "Fehlerklasse: Hochdruck-Einspritzventil, Kommunikation"
    VALUE
    0x826C69
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C69  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVL1
    "Fehlerklasse: Hochdruck-Einspritzventil Lowside 1"
    VALUE
    0x826C6A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C6A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVL2
    "Fehlerklasse: Hochdruck-Einspritzventil Lowside 2"
    VALUE
    0x826C6B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C6B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVL3
    "Fehlerklasse: Hochdruck-Einspritzventil Lowside 3"
    VALUE
    0x826C6C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C6C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDEVL4
    "Fehlerklasse: Hochdruck-Einspritzventil Lowside 4"
    VALUE
    0x826C6D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C6D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHDR
    "Feherlklasse: Raildruckregelung"
    VALUE
    0x826C6E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHELSU
    ""
    VALUE
    0x826C6F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHLA
    "Fehlerklasse: Heizleistungsanforderung"
    VALUE
    0x826C70
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C70  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHNOHK
    "Fehlerklasse HNOHK"
    VALUE
    0x826C71
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C71  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHNOHKE
    "Fehlerklasse HNOHKE"
    VALUE
    0x826C72
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C72  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHRE
    ""
    VALUE
    0x826C73
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSH
    "Fehlerklasse: Heizung Lambdasonde hinter Kat"
    VALUE
    0x826C74
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSV
    "Fehlerklasse: Heizung Lambdasonde vor Kat"
    VALUE
    0x826C75
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSVE
    "Fehlerklasse: Endstufe Heizung Lambdasonde vor Kat"
    VALUE
    0x826C76
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSVSA
    "Fehlerklasse: Heizung Lambdasonde vor Kat"
    VALUE
    0x826C77
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAICLSU
    "Fehlerklasse: Auswerte-IC für LSU"
    VALUE
    0x826C78
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKAT
    "Fehlerklasse: Katalysator"
    VALUE
    0x826C79
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA01
    "Fehlerklasse: Klopfregelanschlag Zylinder 1"
    VALUE
    0x826C7A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA02
    "Fehlerklasse: Klopfregelanschlag Zylinder 2"
    VALUE
    0x826C7B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA03
    "Fehlerklasse: Klopfregelanschlag Zylinder 3"
    VALUE
    0x826C7C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA04
    "Fehlerklasse: Klopfregelanschlag Zylinder 4"
    VALUE
    0x826C7D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRNT
    "Fehlerklasse: Klopfregelung Nulltest"
    VALUE
    0x826C7E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKROF
    "Fehlerklasse: Klopfreglung Offset"
    VALUE
    0x826C7F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRTP
    "Fehlerklasse: Klopfregelung Testimpuls"
    VALUE
    0x826C80
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKS1
    "Fehlerklasse: Klopfsensor 1"
    VALUE
    0x826C81
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKUPPL
    "Fehlerklasse: Pedalwertgeber Kupplung"
    VALUE
    0x826C82
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALASH
    "Fehlerklasse: Lambdasondenalterung hinter Kat"
    VALUE
    0x826C83
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALBK
    "Fehlerklasse: LBK"
    VALUE
    0x826C84
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALBKE
    ""
    VALUE
    0x826C85
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALBKO
    "Fehlerklasse: LBK Offset-Adaption"
    VALUE
    0x826C86
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALBKP
    "Fehlerklasse: LBK Potentiometer"
    VALUE
    0x826C87
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALGHMM
    ""
    VALUE
    0x826C88
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALLRH
    ""
    VALUE
    0x826C89
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALLRM
    ""
    VALUE
    0x826C8A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALM
    "Fehlerklasse: Hauptfüllungssignal"
    VALUE
    0x826C8B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSH
    "Fehlerklasse: Lambdasonde hinter Kat"
    VALUE
    0x826C8C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUIA
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond IA"
    VALUE
    0x826C8D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUIP
    ""
    VALUE
    0x826C8E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUKS
    ""
    VALUE
    0x826C8F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUUN
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond UN"
    VALUE
    0x826C90
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUVM
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond VM"
    VALUE
    0x826C91
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSV
    "Fehlerklasse: Lambdasonde vor Kat"
    VALUE
    0x826C92
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALUES1E
    "Fehlerklasse: Endstufe Lüftersteuerung 1"
    VALUE
    0x826C93
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALUES2E
    "Fehlerklasse: Endstufe Lüftersteuerung 2"
    VALUE
    0x826C94
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALZSR
    ""
    VALUE
    0x826C95
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD
    "Fehlerklasse:  Aussetzer, Summenfehler (multiple)"
    VALUE
    0x826C96
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C96  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD00
    "Fehlerklasse:  Aussetzer Zyl. 0"
    VALUE
    0x826C97
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD01
    "Fehlerklasse:  Aussetzer Zyl. 1"
    VALUE
    0x826C98
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C98  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD02
    "Fehlerklasse:  Aussetzer Zylinder 2"
    VALUE
    0x826C99
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD03
    "Fehlerklasse:  Aussetzer Zylinder 3"
    VALUE
    0x826C9A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMDB
    "Fehlerklasse: Momentbgrenzung Sollmoment"
    VALUE
    0x826C9B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMDSCH
    "Fehlerklasse: Aussetzer in Schichtbetrieb"
    VALUE
    0x826C9C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMSVE
    "Fehlerklasse: Diagnose Endstufe MSV"
    VALUE
    0x826C9D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAN
    "Fehlerklasse: Drehzahlgeber"
    VALUE
    0x826C9E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLANOHK
    "Fehlerklasse NOHK"
    VALUE
    0x826C9F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLANOHKP
    "Fehlerklasse NOHKP"
    VALUE
    0x826CA0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLANWKW
    "Fehlerklasse: Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x826CA1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLANX
    "Fehlerklasse: ^NMAX- Überschreitung"
    VALUE
    0x826CA2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAORA
    "Fehlerklasse: LR-Adaption additiver Bereich"
    VALUE
    0x826CA3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAPH
    "Fehlerklasse: Phasengeber"
    VALUE
    0x826CA4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAPLLSU
    ""
    VALUE
    0x826CA5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASALSU
    ""
    VALUE
    0x826CA6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASCR
    "Fehlerklasse: Überwachung Crashsignal"
    VALUE
    0x826CA7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASGEEP
    "Fehlerklasse: SG defekt (EEPROM)"
    VALUE
    0x826CA8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASGEEW
    "Fehlerklasse: SG defekt (EEPROM WFS- Bereich)"
    VALUE
    0x826CA9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CA9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASKNO
    "Fehlerklasse: %DSKNO"
    VALUE
    0x826CAA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CAA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATA
    "Fehlerklasse: Ansauglufttemperatur TANS (/Ladeluft-)"
    VALUE
    0x826CAB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CAB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATAHFM
    "Fehlerklasse: Ansaugluft-Temperatur von Sensor im HFM"
    VALUE
    0x826CAC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATANKL
    "Fehlerklasse : tankl (Tank leer)"
    VALUE
    0x826CAD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATES
    "Fehlerklasse: Tankdiagnose, TEV offen"
    VALUE
    0x826CAE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATEVE
    "Fehlerklasse: Tankentlüftungsventil Endstufe"
    VALUE
    0x826CAF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CAF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATKA
    "Fehlerklasse: Temperatur Kühlerausgang"
    VALUE
    0x826CB0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATM
    "Fehlerklasse: Motortemperatur TMOT"
    VALUE
    0x826CB1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATMKI
    "Fehlerklasse: Motortemperatur aus Kombiinstrument TMKI"
    VALUE
    0x826CB2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATUM
    "Fehlerklasse: Umgebungstemperatur TUM"
    VALUE
    0x826CB3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUB
    "Fehlerklasse: Batteriespannung UB (Bordnetz)"
    VALUE
    0x826CB4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUBR
    "Fehlerklasse: UBR Bordnetzspannung über Hauptrelais"
    VALUE
    0x826CB5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFMV
    "Fehlerklasse: Funktionsüberwachung: Momentenvergleich"
    VALUE
    0x826CB6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFNC
    "Fehlerklasse: Funktionsüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x826CB7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFPR
    "Fehlerklasse: Fktüberwachung: Kraftstoffdrucksensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x826CB8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFRKC
    "Fehlerklasse: Funktionsüberwachung: Lambda-Plausibilisierung"
    VALUE
    0x826CB9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CB9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFRLIP
    "Fehlerklasse: Funktionsüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x826CBA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CBA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFSGA
    "Fehlerklasse: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VALUE
    0x826CBB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CBB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFSGB
    "Fehlerklasse: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VALUE
    0x826CBC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CBC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFSKA
    "Fehlerklasse: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VALUE
    0x826CBD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CBD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFSPSC
    "Fehlerklasse: Funktionsüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x826CBE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CBE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAULSU
    ""
    VALUE
    0x826CBF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CBF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAURRAM
    "Fehlerklasse: Rechnerüberwachung: RAM"
    VALUE
    0x826CC0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAURROM
    "Fehlerklasse: Rechnerüberwachung: ROM"
    VALUE
    0x826CC1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAURRST
    "Fehlerklasse: Rechnerüberwachung: Reset"
    VALUE
    0x826CC2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAVFZ
    "Fehlerklasse: Geschwindigkeitssignal"
    VALUE
    0x826CC3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAVTK
    "Fehlerklasse: Thermische Katalysatordiagnose Vorkat"
    VALUE
    0x826CC4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAWFS
    "Fehlerklasse: Wegfahrsperre"
    VALUE
    0x826CC5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAWFSRC
    "Fehlerklasse: Wegfahrsperre RC-Glied"
    VALUE
    0x826CC6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET1
    ""
    VALUE
    0x826CC7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET2
    ""
    VALUE
    0x826CC8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET3
    ""
    VALUE
    0x826CC9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CC9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET4
    ""
    VALUE
    0x826CCA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CCA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZGST00
    "Fehlerklasse: Zylindergleichstellung (zzyl=0)"
    VALUE
    0x826CCB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CCB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZGST01
    "Fehlerklasse: Zylindergleichstellung (zzyl=1)"
    VALUE
    0x826CCC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CCC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZGST02
    "Fehlerklasse: Zylindergleichstellung (zzyl=2)"
    VALUE
    0x826CCD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CCD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZGST03
    "Fehlerklasse: Zylindergleichstellung (zzyl=3)"
    VALUE
    0x826CCE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CCE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZZZ
    "Dummy: Tabellenende"
    VALUE
    0x826CCF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826CCF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRHKZP
    "Codewort Modus continuierlich oder Zweipunkt"
    VALUE
    0x81141F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81141F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRS
    "Codewort für Betriebsmodi LRS"
    VALUE
    0x81140D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81140D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRSHK
    "Codewort für Freigabe LRSHK und Auswahl Initialisierung"
    VALUE
    0x81AA9F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRSKA
    "Code-Wort Funktionsart Kat-Ausräumen"
    VALUE
    0x81AA93
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRZWTMS
    "Codewort Zwangseinschaltung LR gemäß CARB-Forderung"
    VALUE
    0x81FBDA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBDA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFKUPPL
    "Konfigurationsflag für die Auswertung des Kuplg.schalters in der LLR"
    VALUE
    0x810796
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810796  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFLLR2SG
    "Configurationswort für Leerlaufregelung bei 2-SG-Konzept (Slave)"
    VALUE
    0x81A8D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFLLRNS
    "Configurationsbyte für die LL-Solldrehzahlfreigabe"
    VALUE
    0x81A5E1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFMDVER
    "Codewort zur Konfiguration von MDVER"
    VALUE
    0x81A8C5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFMDWAN
    "Codewort für die Einberechnung von MDWAN in der LLR"
    VALUE
    0x810734
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810734  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFSL
    "Codewort für Einberechnung der Servolenkung in der LLR"
    VALUE
    0x81A7D4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNOPP
    "Max Anzahl für Plausibilitätsverletzung nohksroh_w Offset im Schubbetrieb zu gro"
    VALUE
    0x819407
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819407  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNSDEF
    "Codewort für Solldrehzahlumschaltung (Defaultwert)"
    VALUE
    0x8106E2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNS_AOG
    "oberer Grenzwert Anpassung Codewort LL-Solldrehzahl-Umsch."
    VALUE
    0x8106E3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNS_AUG
    "unterer Grenzwert Anpassung Codewort LL-Solldrehzahl-Umsch."
    VALUE
    0x8106E4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNTHEAL
    "Heilungszähler HDEV Endstufe"
    VALUE
    0x819562
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819562  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNTHNOTPK
    "Schwelle für Trips ohne Taupunktende"
    VALUE
    0x8193ED
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CORTINC
    "Wert der bei Zahnkorrektur aufaddiert wird"
    VALUE
    0x81018B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CORTINIT
    "Initialisierungswert für Zähler Zahnkorrektur"
    VALUE
    0x81939D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81939D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CORTMX
    "Maximal zulässiger Wert für den Zahnkorrekturzähler"
    VALUE
    0x81018C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CREDSTU
    "Codewort für Reduzierstufe ein/aus"
    VALUE
    0x810A37
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A37  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CSAIR
    "Soll-Checksumme der Airbagbotschaft"
    VALUE
    0x8100EA
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CSGRA
    "Checksumme für GRA-Can-Botschaft"
    VALUE
    0x81032A
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81032A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CVNIO
    "Calibration Verific. Numb. für den Tester bei richtig erkannter Checksumme"
    VALUE
    0x819378
    KwUb
    199.0
    dez
    1.000
    200.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819378  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWAAGRDC
    "Codewort Ansteuerfunktion AGR DC-Motor"
    VALUE
    0x8100DE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWADAGR
    "Codewort Adaption AGR Lagesensor"
    VALUE
    0x81910F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81910F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWADRES
    "Codewort für Adaptionswerte löschen bei FSP löschen"
    VALUE
    0x8181CA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWAGR
    "Codewort für AGR ein/aus"
    VALUE
    0x8181CB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWAGREO
    "Codewort AGR Entnahmeort"
    VALUE
    0x8181CC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWAGREO2
    "Codewort AGR-Entnahmeort (Bank2)"
    VALUE
    0x8181CD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWAGRVBP
    "Codewort AGR Entnahmeort bezogen auf folgende Bauteile Position"
    VALUE
    0x8181CE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWALBK
    "Codewort für die Ladungsbewegungsklappe in %ALBK"
    VALUE
    0x819627
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819627  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWALE
    "Auslauferkennung aktiv"
    VALUE
    0x810195
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810195  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWARMD
    "Codewort Antiruckelfunktion"
    VALUE
    0x8153F4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWATM
    "Codewort für Abgastemperaturmodell"
    VALUE
    0x8193C5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWATR
    "Codewort für Abgastemperaturregelung"
    VALUE
    0x819FD3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FD3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBAKH
    "Codewort BAKH"
    VALUE
    0x81A161
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A161  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBAGR
    "Internes Codewort Betriebsbedingungen AGR"
    VALUE
    0x81911A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81911A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBAGR2
    "Internes 2.Codewort Betriebsbedingungen AGR"
    VALUE
    0x81911B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81911B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBAGRMW
    "internes Codewort in der %BBAGRMW"
    VALUE
    0x819123
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819123  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBDECJ
    "Codewort Abwürgeschutz DECJ aktiv"
    VALUE
    0x819561
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819561  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBGANG
    "Codewort %BBGANG"
    VALUE
    0x8194C4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBHTRIP
    "Codewort für BBHTRIP"
    VALUE
    0x819464
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819464  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBKD
    "Codewort für %BBKD"
    VALUE
    0x810220
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810220  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBKH
    "Codewort:  Einschaltbedingungen Katheizen nach Start"
    VALUE
    0x81A166
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A166  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBDE1
    "Codewort 1 für BDE"
    VALUE
    0x81B0FA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBDEMAB
    "Codewort für BDEMAB"
    VALUE
    0x8191FA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBDEMD
    "Codewort für Momentenstruktur bei BDE"
    VALUE
    0x811DF0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBDEMEN
    "Codeword BDEMEN"
    VALUE
    0x8191F7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBDEMKO
    "Codewort für CWBDEMKO"
    VALUE
    0x819172
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819172  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBDEMST
    "Codewort für die Funktion BDEMST"
    VALUE
    0x8191EC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBDEMUM
    "Codewort für BDEMUM"
    VALUE
    0x8100E6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBDEMUS
    "Codewort BDE-Umschaltbedingungen"
    VALUE
    0x81BFC0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBEMHA_0_A
    "Codewort für Spannungssignal v. Heizungspoti"
    VALUE
    0x81BFFC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBEMHA_1_A
    "Codewort für Spannungssignal v. Heizungspoti"
    VALUE
    0x81BFFD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFFD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGAGR
    "internes Codewort in der %BGAGR"
    VALUE
    0x8195DD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGAGRA
    "internes Codewort für Berechnungsgroesse AGR-Adaption"
    VALUE
    0x81B490
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B490  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGAGRA2
    "internes Codewort 2 für Berechnungsgroesse AGR-Adaption"
    VALUE
    0x81B492
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B492  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGBVG
    "Codewort für die Funktion BGBVG"
    VALUE
    0x819E18
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E18  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGELSV
    "Codewort für berechnete Größe  Fehler LSV"
    VALUE
    0x81AB0A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB0A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGFKMS
    "Codewort für die BGFKMS"
    VALUE
    0x810346
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810346  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGLASO
    "Codewort für Funktion BGLASO"
    VALUE
    0x81065A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81065A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGNLLKH
    "Codewort für %BGNLLKH"
    VALUE
    0x81A17A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A17A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGRLFGZS
    "Codewort für die BGRLFGZS"
    VALUE
    0x810659
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810659  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGRLP
    "Codewort Konfiguration Funktion BGRLP"
    VALUE
    0x8196B7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGRLSOL
    "Codewort in %BGRLSOL"
    VALUE
    0x810657
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810657  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGSIK
    "Codewort für Berechnungsgröße Schwefelinhalt im NOx-Katalysator"
    VALUE
    0x8101F1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGTABST
    "Codewort für Abstellzeitermittlung"
    VALUE
    0x8198E0
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGWPFGR
    "Codewort für %BGWPFGR"
    VALUE
    0x819560
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819560  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBKS
    "Codewort für BKS"
    VALUE
    0x819587
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819587  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBKV
    "Codewort für Bremskraftverstärker"
    VALUE
    0x82F186
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F186  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBWEEN
    "Codewort zur Deaktivierung der Bewegungserkennung"
    VALUE
    0x8101FF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101FF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCANKBI
    "Codewort für automatische Kombi-Botschafts-Erkennung"
    VALUE
    0x8100EB
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCANLWS
    "Codewort für automatische Erkennung LWS-Botschaft"
    VALUE
    0x8100EC
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCANMD
    "Codewort zur Bildung der CAN-Ausgabe Momentenangaben ungenau"
    VALUE
    0x8100ED
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCAUVW
    "Codewort für Audi/VW CAN-Ausgabe"
    VALUE
    0x8100EE
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCDCUM
    "Codewort zur Umschaltung der CDC's auf den jeweiligen Markt"
    VALUE
    0x819377
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819377  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCGE
    "Codewort für Überwachung der Getriebeanforderung"
    VALUE
    0x810104
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810104  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCS_0_A
    "Codewort für Auswertung der CAN-Crash-Info"
    VALUE
    0x82F42C
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F42C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCS_1_A
    "Codewort für Auswertung der CAN-Crash-Info"
    VALUE
    0x82F42D
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F42D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCSER
    "Codewort für Auswertung der Airbag-Botschaft"
    VALUE
    0x8100EF
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDAF
    "Codewort HD-System mit Druckabbaufunktion"
    VALUE
    0x81A15B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A15B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDAGRS
    "Codewort Diagnose AGR-System"
    VALUE
    0x819138
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819138  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDALA
    "Codewort DMDMIL Dauerlaufzähler"
    VALUE
    0x810151
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810151  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDCYC
    "Codewort: Driving Cycle Counter"
    VALUE
    0x819376
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819376  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDEZWO
    "Konfiguration für AU621"
    VALUE
    0x81AF42
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF42  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDFPM
    "Codewort: Bitcodierte Aktivierung der DFPM-Teilfunktionen"
    VALUE
    0x81939A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81939A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDHELSU
    "Codewort DHELSU"
    VALUE
    0x81949E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81949E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDHNOHK
    "Codewort Diagnose Heizung NOx-Sensor hinter Kat"
    VALUE
    0x8193F9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDHRLSU
    "Codewort für Freigabe DHRLSU"
    VALUE
    0x81949B
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81949B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDICLSU
    "Codwort Diagnose DICLSU"
    VALUE
    0x81AB0C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB0C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKATNO
    "Codewort %DKATNO aktiv"
    VALUE
    0x8181CF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKATSP
    "Codewort Katalysardiagnose, funktionsintern"
    VALUE
    0x819478
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819478  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKATSPEB
    "Internes Codewort für %DKATSPEB"
    VALUE
    0x819482
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819482  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKNOLU
    ""
    VALUE
    0x8194E7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKRNT
    "Codewort: KR-Diagnose Integratorsteigung"
    VALUE
    0x8106D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKROF
    "Codewort: KR-Diagnose Resetwert"
    VALUE
    0x8106D9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKRTP
    "Codewort: KR-Diagnose Testimpuls"
    VALUE
    0x8106DD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKS
    "Codewort Klopfsensordiagnose"
    VALUE
    0x81A4C1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKVSTAB
    "Codewort: Reset von ""Integratorwert stabil"" durch Bereichswechsel"
    VALUE
    0x8198E1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDLBK
    "Codewort für die Ladungsbewegungsklappe (Diagnose)"
    VALUE
    0x81961E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81961E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDLRIKL
    ""
    VALUE
    0x81025A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81025A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDLSAHKBD
    "Codewort für Alterung Sonde hinter KAT für BDE"
    VALUE
    0x819434
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819434  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDMDE
    "Codewort für EOBD-Appl. DMDMIL"
    VALUE
    0x81936C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81936C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDMDZAG
    "Codewort DMDZAG Konfiguration"
    VALUE
    0x81936E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81936E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDMFAB
    "Codewort Sw-Schalter für Änderungsbegrenzung"
    VALUE
    0x810962
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810962  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDNMAX
    "Codeword: Abschaltung Diagnose Überdrehzahl"
    VALUE
    0x8193B6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDNOBD
    "Codewort Diagnose NOx-Sensor hinter HKat"
    VALUE
    0x828BB2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828BB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDNOHK
    "Codewort OBD1 NOx-Sensor"
    VALUE
    0x828ADA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ADA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDNOHKPP
    "Codewort Plausibilitätsprüfung NOx-Sensor"
    VALUE
    0x828C64
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDSKNO
    "Codewort %DSKNO"
    VALUE
    0x819401
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819401  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDSMMOD
    "Codewort zur Verstellung DSM-Betriebsartenwahl"
    VALUE
    0x819379
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819379  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDSND
    "Codewort ND-System mit Sensor"
    VALUE
    0x81066B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81066B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDTEAPP
    "Applikationscodeword für DTEV immer aktiv und Umschaltung von HFM auf P-System"
    VALUE
    0x81ACF1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDTEV
    "Codword DTEV"
    VALUE
    0x81ACF2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDVALOPT
    "Optionen des Validators"
    VALUE
    0x81939B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81939B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDVEFO
    "Codeword öffnende Federprüfung"
    VALUE
    0x810241
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810241  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDVFZ
    "Codewort für Plausibilitätsprüfung Geschwindigkeitssignal"
    VALUE
    0x8194A8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDVMX
    "Codewort SW-Schalter für Integratorinit. bei VMAX-Regelung"
    VALUE
    0x810B8C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDYLSU
    "Codewort Dynamikprüfung der LSU"
    VALUE
    0x81AB18
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB18  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWERFIL
    "Codewort zur Auswahl Filtervar. für die Ausgabe von AS.-Fehler an das Scan Tool"
    VALUE
    0x81000A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81000A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVAB
    "Codewort zur Abschaltung von Einspritzventilen"
    VALUE
    0x8196B6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVEKOMNH
    "Ausblendmuster bei HDEV-Fehler B_mnhdevh"
    VAL_BLK
    0x819568
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x819568  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVEKOMNL
    "Ausblendmuster bei HDEV-Fehler B_mnhdevl"
    VAL_BLK
    0x81956C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81956C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVEKOMXH
    "Ausblendmuster bei HDEV-Fehler B_mxhdevh"
    VAL_BLK
    0x819570
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x819570  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVEKOMXL
    "Ausblendmuster bei HDEV-Fehler B_mxhdevl"
    VAL_BLK
    0x819574
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x819574  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVEKONPH
    "Ausblendmuster bei HDEV-Fehler B_nphdevh"
    VAL_BLK
    0x819578
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x819578  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVEKONPL
    "Ausblendmuster bei HDEV-Fehler B_nphdevl"
    VAL_BLK
    0x81957C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81957C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVEKOSIL
    "Ausblendmuster bei HDEV-Fehler B_sihdevl"
    VAL_BLK
    0x819580
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x819580  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA107
    "Codewort Kurztripanforderungen Anzeigegruppe 107"
    VALUE
    0x82CA86
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA107A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 107"
    VALUE
    0x82CA88
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA108
    "Codewort Kurztripanforderungen Anzeigegruppe 108"
    VALUE
    0x82CA8A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA108A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 108"
    VALUE
    0x82CA8C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA109
    "Codewort Kurztripanforderungen Anzeigegruppe 109"
    VALUE
    0x82CA8E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA109A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 109"
    VALUE
    0x82CA90
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA130
    "Codewort Kurztripanforderungen Anzeigegruppe 130"
    VALUE
    0x82CA92
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA130A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 130"
    VALUE
    0x82CA94
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA140
    "Codewort Kurztripanforderungen Anzeigegruppe 140"
    VALUE
    0x82CA96
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA140A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 140"
    VALUE
    0x82CA98
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA145
    "Codewort Kurztripanforderungen Anzeigegruppe 145"
    VALUE
    0x82CA9A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA145A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 145"
    VALUE
    0x82CA9C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA146
    "Codewort Kurztripanforderungen Anzeigegruppe 146"
    VALUE
    0x82CA9E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA146A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 146"
    VALUE
    0x82CAA0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA146B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 146"
    VALUE
    0x82CAA2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA147
    "Codewort Kurztripanforderungen Anzeigegruppe 147"
    VALUE
    0x82CAA4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA147A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 147"
    VALUE
    0x82CAA6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA147B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 147"
    VALUE
    0x82CAA8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA148
    "Codewort Kurztripanforderungen Anzeigegruppe 148"
    VALUE
    0x82CAAA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA148A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 148"
    VALUE
    0x82CAAC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA148B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 148"
    VALUE
    0x82CAAE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA149
    "Codewort Kurztripanforderungen Anzeigegruppe 149"
    VALUE
    0x82CAB0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA149A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 149"
    VALUE
    0x82CAB2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA149B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 149"
    VALUE
    0x82CAB4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA152
    "Codewort Kurztripanforderungen Anzeigegruppe 152"
    VALUE
    0x82CAB6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA152A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 152"
    VALUE
    0x82CAB8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA152B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 152"
    VALUE
    0x82CABA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CABA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA162
    "Codewort Kurztripanforderungen Anzeigegruppe 162"
    VALUE
    0x82CABC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CABC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA162A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 162"
    VALUE
    0x82CABE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CABE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA163
    "Codewort Kurztripanforderungen Anzeigegruppe 163"
    VALUE
    0x82CAC0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA163A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 163"
    VALUE
    0x82CAC2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA166
    "Codewort Kurztripanforderungen Anzeigegruppe 166"
    VALUE
    0x82CAC4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA166A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 166"
    VALUE
    0x82CAC6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA166B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 166"
    VALUE
    0x82CAC8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA167
    "Codewort Kurztripanforderungen Anzeigegruppe 167"
    VALUE
    0x82CACA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CACA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA167A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 167"
    VALUE
    0x82CACC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CACC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA167B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 167"
    VALUE
    0x82CACE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CACE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA168
    "Codewort Kurztripanforderungen Anzeigegruppe 168"
    VALUE
    0x82CAD0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA168A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 168"
    VALUE
    0x82CAD2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA168B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 168"
    VALUE
    0x82CAD4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA190
    "Codewort Kurztripanforderungen Anzeigegruppe 190"
    VALUE
    0x82CAD6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA190A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 190"
    VALUE
    0x82CAD8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA190B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 190"
    VALUE
    0x82CADA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CADA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA191
    "Codewort Kurztripanforderungen Anzeigegruppe 191"
    VALUE
    0x82CADC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CADC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA191A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 191"
    VALUE
    0x82CADE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CADE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA191B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 191"
    VALUE
    0x82CAE0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA192
    "Codewort Kurztripanforderungen Anzeigegruppe 192"
    VALUE
    0x82CAE2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA192A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 192"
    VALUE
    0x82CAE4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA192B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 192"
    VALUE
    0x82CAE6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA193
    "Codewort Kurztripanforderungen Anzeigegruppe 193"
    VALUE
    0x82CAE8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA193A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 193"
    VALUE
    0x82CAEA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA193B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 193"
    VALUE
    0x82CAEC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA194
    "Codewort Kurztripanforderungen Anzeigegruppe 194"
    VALUE
    0x82CAEE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA194A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 194"
    VALUE
    0x82CAF0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA194B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 194"
    VALUE
    0x82CAF2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA195
    "Codewort Kurztripanforderungen Anzeigegruppe 195"
    VALUE
    0x82CAF4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA195A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 195"
    VALUE
    0x82CAF6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA195B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 195"
    VALUE
    0x82CAF8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA196
    "Codewort Kurztripanforderungen Anzeigegruppe 196"
    VALUE
    0x82CAFA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA196A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 196"
    VALUE
    0x82CAFC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA196B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 196"
    VALUE
    0x82CAFE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA197
    "Codewort Kurztripanforderungen Anzeigegruppe 197"
    VALUE
    0x82CB00
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA197A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 197"
    VALUE
    0x82CB02
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA197B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 197"
    VALUE
    0x82CB04
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA198
    "Codewort Kurztripanforderungen Anzeigegruppe 198"
    VALUE
    0x82CB06
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA198A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 198"
    VALUE
    0x82CB08
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA198B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 198"
    VALUE
    0x82CB0A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA199
    "Codewort Kurztripanforderungen Anzeigegruppe 199"
    VALUE
    0x82CB0C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA199A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 199"
    VALUE
    0x82CB0E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA199B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 199"
    VALUE
    0x82CB10
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA201
    "Codewort Kurztripanforderung Anzeigegruppe 201"
    VALUE
    0x82CB12
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA201A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 201"
    VALUE
    0x82CB14
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA201B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 201"
    VALUE
    0x82CB16
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA202
    "Codewort Kurztripanforderung Anzeigegruppe 202"
    VALUE
    0x82CB18
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA202A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 202"
    VALUE
    0x82CB1A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA202B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 202"
    VALUE
    0x82CB1C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA203
    "Codewort Kurztripanforderung Anzeigegruppe 203"
    VALUE
    0x82CB1E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA203A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 203"
    VALUE
    0x82CB20
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA203B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 203"
    VALUE
    0x82CB22
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA204
    "Codewort Kurztripanforderung Anzeigegruppe 204"
    VALUE
    0x82CB24
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA204A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 204"
    VALUE
    0x82CB26
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA204B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 204"
    VALUE
    0x82CB28
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA205
    "Codewort Kurztripanforderung Anzeigegruppe 205"
    VALUE
    0x82CB2A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA205A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 205"
    VALUE
    0x82CB2C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA205B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 205"
    VALUE
    0x82CB2E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA206
    "Codewort Kurztripanforderung Anzeigegruppe 206"
    VALUE
    0x82CB30
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA206A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 206"
    VALUE
    0x82CB32
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA206B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 206"
    VALUE
    0x82CB34
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA207
    "Codewort Kurztripanforderung Anzeigegruppe 207"
    VALUE
    0x82CB36
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA207A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 207"
    VALUE
    0x82CB38
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA207B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 207"
    VALUE
    0x82CB3A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA208
    "Codewort Kurztripanforderung Anzeigegruppe 208"
    VALUE
    0x82CB3C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA208A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 208"
    VALUE
    0x82CB3E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA208B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 208"
    VALUE
    0x82CB40
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA209
    "Codewort Kurztripanforderung Anzeigegruppe 209"
    VALUE
    0x82CB42
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA209A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 209"
    VALUE
    0x82CB44
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA209B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 209"
    VALUE
    0x82CB46
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA210
    "Codewort Kurztripanforderung Anzeigegruppe 210"
    VALUE
    0x82CB48
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA210A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 210"
    VALUE
    0x82CB4A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA210B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 210"
    VALUE
    0x82CB4C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA211
    "Codewort Kurztripanforderung Anzeigegruppe 211"
    VALUE
    0x82CB4E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA211A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 211"
    VALUE
    0x82CB50
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA211B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 211"
    VALUE
    0x82CB52
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA212
    "Codewort Kurztripanforderung Anzeigegruppe 212"
    VALUE
    0x82CB54
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA212A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 212"
    VALUE
    0x82CB56
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA212B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 212"
    VALUE
    0x82CB58
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA213
    "Codewort Kurtripanforderung Anzeigegruppe 213"
    VALUE
    0x82CB5A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA213A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 213"
    VALUE
    0x82CB5C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA213B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 213"
    VALUE
    0x82CB5E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA214
    "Codewort Kurztripanforderung Anzeigegruppe 214"
    VALUE
    0x82CB60
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA214A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 214"
    VALUE
    0x82CB62
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA214B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 214"
    VALUE
    0x82CB64
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA215
    "Codewort Kurztripanforderung Anzeigegruppe 215"
    VALUE
    0x82CB66
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA215A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 215"
    VALUE
    0x82CB68
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA215B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 215"
    VALUE
    0x82CB6A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA216
    "Codewort Kurztripanforderung Anzeigegruppe 216"
    VALUE
    0x82CB6C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA216A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 216"
    VALUE
    0x82CB6E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA216B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 216"
    VALUE
    0x82CB70
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA217
    "Codewort Kurztripanforderung Anzeigegruppe 217"
    VALUE
    0x82CB72
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA217A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 217"
    VALUE
    0x82CB74
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA217B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 217"
    VALUE
    0x82CB76
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA218
    "Codewort Kurztripanforderung Anzeigegruppe 218"
    VALUE
    0x82CB78
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA218A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 218"
    VALUE
    0x82CB7A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA218B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 218"
    VALUE
    0x82CB7C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA219
    "Codewort Kurztripanforderung Anzeigegruppe 219"
    VALUE
    0x82CB7E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA219A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 219"
    VALUE
    0x82CB80
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA219B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 219"
    VALUE
    0x82CB82
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA220
    "Codewort Kurztripanforderung Anzeigegruppe 220"
    VALUE
    0x82CB84
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA220A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 220A"
    VALUE
    0x82CB86
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA220B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 220"
    VALUE
    0x82CB88
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA221
    "Codewort Kurztripanforderung Anzeigegruppe 221"
    VALUE
    0x82CB8A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA221A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 2221A"
    VALUE
    0x82CB8C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA221B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 221"
    VALUE
    0x82CB8E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA222
    "Codewort Kurztripanforderung Anzeigegruppe 222"
    VALUE
    0x82CB90
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA222A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 222A"
    VALUE
    0x82CB92
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA222B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 222"
    VALUE
    0x82CB94
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA223
    "Codewort Kurztripanforderung Anzeigegruppe 223"
    VALUE
    0x82CB96
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA223A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 223A"
    VALUE
    0x82CB98
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA223B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 223"
    VALUE
    0x82CB9A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA224
    "Codewort Kurztripanforderung Anzeigegruppe 224"
    VALUE
    0x82CB9C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA224A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 224A"
    VALUE
    0x82CB9E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CB9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA224B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 224"
    VALUE
    0x82CBA0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA225
    "Codewort Kurztripanforderung Anzeigegruppe 225"
    VALUE
    0x82CBA2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA225A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 225A"
    VALUE
    0x82CBA4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA225B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 225"
    VALUE
    0x82CBA6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA226
    "Codewort Kurztripanforderung Anzeigegruppe 226"
    VALUE
    0x82CBA8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA226A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 226A"
    VALUE
    0x82CBAA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA226B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 226"
    VALUE
    0x82CBAC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA227
    "Codewort Kurztripanforderung Anzeigegruppe 227"
    VALUE
    0x82CBAE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA227A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 227A"
    VALUE
    0x82CBB0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA227B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 227"
    VALUE
    0x82CBB2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA228
    "Codewort Kurztripanforderung Anzeigegruppe 228"
    VALUE
    0x82CBB4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA228A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 228A"
    VALUE
    0x82CBB6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA228B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 228"
    VALUE
    0x82CBB8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA229
    "Codewort Kurztripanforderung Anzeigegruppe 229"
    VALUE
    0x82CBBA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA229A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 229A"
    VALUE
    0x82CBBC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA229B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 229"
    VALUE
    0x82CBBE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA230
    "Codewort Kurztripanforderung Anzeigegruppe 230"
    VALUE
    0x82CBC0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA230A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 230A"
    VALUE
    0x82CBC2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA230B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 230"
    VALUE
    0x82CBC4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA231
    "Codewort Kurztripanforderung Anzeigegruppe 231"
    VALUE
    0x82CBC6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA231A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 231A"
    VALUE
    0x82CBC8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA231B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 231"
    VALUE
    0x82CBCA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA232
    "Codewort Kurztripanforderung Anzeigegruppe 232"
    VALUE
    0x82CBCC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA232A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 232A"
    VALUE
    0x82CBCE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA232B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 232"
    VALUE
    0x82CBD0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA233
    "Codewort Kurztripanforderung Anzeigegruppe 233"
    VALUE
    0x82CBD2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA233A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 233A"
    VALUE
    0x82CBD4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA233B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 233"
    VALUE
    0x82CBD6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA234
    "Codewort Kurztripanforderung Anzeigegruppe 234"
    VALUE
    0x82CBD8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA234A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 234A"
    VALUE
    0x82CBDA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA234B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 234"
    VALUE
    0x82CBDC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA235
    "Codewort Kurztripanforderung Anzeigegruppe 235"
    VALUE
    0x82CBDE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA235A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 235A"
    VALUE
    0x82CBE0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA235B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 235"
    VALUE
    0x82CBE2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA236
    "Codewort Kurztripanforderung Anzeigegruppe 236"
    VALUE
    0x82CBE4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA236A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 236A"
    VALUE
    0x82CBE6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA236B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 236"
    VALUE
    0x82CBE8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA237
    "Codewort Kurztripanforderung Anzeigegruppe 237"
    VALUE
    0x82CBEA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA237A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 237A"
    VALUE
    0x82CBEC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA237B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 237"
    VALUE
    0x82CBEE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA238
    "Codewort Kurztripanforderung Anzeigegruppe 238"
    VALUE
    0x82CBF0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA238A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 238A"
    VALUE
    0x82CBF2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA238B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 238"
    VALUE
    0x82CBF4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA239
    "Codewort Kurztripanforderung Anzeigegruppe 239"
    VALUE
    0x82CBF6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA239A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 239A"
    VALUE
    0x82CBF8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA239B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 239"
    VALUE
    0x82CBFA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA240
    "Codewort Kurztripanforderung Anzeigegruppe 240"
    VALUE
    0x82CBFC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA240A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 240A"
    VALUE
    0x82CBFE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CBFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA240B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 240"
    VALUE
    0x82CC00
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA241
    "Codewort Kurztripanforderung Anzeigegruppe 241"
    VALUE
    0x82CC02
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA241A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 241A"
    VALUE
    0x82CC04
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA241B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 241"
    VALUE
    0x82CC06
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA242
    "Codewort Kurztripanforderung Anzeigegruppe 242"
    VALUE
    0x82CC08
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA242A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 242A"
    VALUE
    0x82CC0A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA242B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 242"
    VALUE
    0x82CC0C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA243
    "Codewort Kurztripanforderung Anzeigegruppe 243"
    VALUE
    0x82CC0E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA243A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 243A"
    VALUE
    0x82CC10
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA243B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 243"
    VALUE
    0x82CC12
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA244
    "Codewort Kurztripanforderung Anzeigegruppe 244"
    VALUE
    0x82CC14
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA244A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 244A"
    VALUE
    0x82CC16
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA244B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 244"
    VALUE
    0x82CC18
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA245
    "Codewort Kurztripanforderung Anzeigegruppe 245"
    VALUE
    0x82CC1A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA245A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 245A"
    VALUE
    0x82CC1C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA245B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 245"
    VALUE
    0x82CC1E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA246
    "Codewort Kurztripanforderung Anzeigegruppe 246"
    VALUE
    0x82CC20
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA246A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 246A"
    VALUE
    0x82CC22
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA246B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 246"
    VALUE
    0x82CC24
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA247
    "Codewort Kurztripanforderung Anzeigegruppe 247"
    VALUE
    0x82CC26
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA247A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 247A"
    VALUE
    0x82CC28
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA247B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 247"
    VALUE
    0x82CC2A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA248
    "Codewort Kurztripanforderung Anzeigegruppe 248"
    VALUE
    0x82CC2C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA248A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 248A"
    VALUE
    0x82CC2E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA248B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 248"
    VALUE
    0x82CC30
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA249
    "Codewort Kurztripanforderung Anzeigegruppe 249"
    VALUE
    0x82CC32
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA249A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 249A"
    VALUE
    0x82CC34
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA249B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 249"
    VALUE
    0x82CC36
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA250
    "Codewort Kurztripanforderung Anzeigegruppe 250"
    VALUE
    0x82CC38
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA250A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 250A"
    VALUE
    0x82CC3A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA250B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 250"
    VALUE
    0x82CC3C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA251
    "Codewort Kurztripanforderung Anzeigegruppe 251"
    VALUE
    0x82CC3E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA251A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 251A"
    VALUE
    0x82CC40
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA251B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 251"
    VALUE
    0x82CC42
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA252
    "Codewort Kurztripanforderung Anzeigegruppe 252"
    VALUE
    0x82CC44
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA252A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 252A"
    VALUE
    0x82CC46
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA252B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 252"
    VALUE
    0x82CC48
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA253
    "Codewort Kurztripanforderung Anzeigegruppe 253"
    VALUE
    0x82CC4A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA253A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 253A"
    VALUE
    0x82CC4C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA253B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 253"
    VALUE
    0x82CC4E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA254
    "Codewort Kurztripanforderung Anzeigegruppe 254"
    VALUE
    0x82CC50
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA254A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 254A"
    VALUE
    0x82CC52
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA254B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 254"
    VALUE
    0x82CC54
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA255
    "Codewort Kurztripanforderung Anzeigegruppe 255"
    VALUE
    0x82CC56
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA255A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 255A"
    VALUE
    0x82CC58
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA255B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 255"
    VALUE
    0x82CC5A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA28
    "Codewort Kurztripanforderungen Anzeigegruppe 28"
    VALUE
    0x82CC5C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA28A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 28"
    VALUE
    0x82CC5E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA34
    "Codewort Kurztripanforderungen Anzeigegruppe 34"
    VALUE
    0x82CC60
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA34A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 34"
    VALUE
    0x82CC62
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA34B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 34"
    VALUE
    0x82CC64
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA35
    "Codewort Kurztripanforderungen Anzeigegruppe 35"
    VALUE
    0x82CC66
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA35A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 35"
    VALUE
    0x82CC68
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA35B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 35"
    VALUE
    0x82CC6A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA36
    "Codewort Kurztripanforderungen Anzeigegruppe 36"
    VALUE
    0x82CC6C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA36A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 36"
    VALUE
    0x82CC6E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA36B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 36"
    VALUE
    0x82CC70
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA37
    "Codewort Kurztripanforderungen Anzeigegruppe 37"
    VALUE
    0x82CC72
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA37A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 37"
    VALUE
    0x82CC74
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA37B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 37"
    VALUE
    0x82CC76
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA38
    "Codewort Kurztripanforderungen Anzeigegruppe 38"
    VALUE
    0x82CC78
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA38A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 38"
    VALUE
    0x82CC7A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA38B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 38"
    VALUE
    0x82CC7C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA39
    "Codewort Kurztripanforderungen Anzeigegruppe 39"
    VALUE
    0x82CC7E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA39A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 39"
    VALUE
    0x82CC80
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA39B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 39"
    VALUE
    0x82CC82
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA43
    "Codewort Kurztripanforderungen Anzeigegruppe 43"
    VALUE
    0x82CC84
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA43A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 43"
    VALUE
    0x82CC86
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA43B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 43"
    VALUE
    0x82CC88
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA44
    "Codewort Kurztripanforderungen Anzeigegruppe 44"
    VALUE
    0x82CC8A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA44A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 44"
    VALUE
    0x82CC8C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA44B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 44"
    VALUE
    0x82CC8E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA46
    "Codewort Kurztripanforderungen Anzeigegruppe 46"
    VALUE
    0x82CC90
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA46A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 46"
    VALUE
    0x82CC92
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA46B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 46"
    VALUE
    0x82CC94
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA47
    "Codewort Kurztripanforderungen Anzeigegruppe 47"
    VALUE
    0x82CC96
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA47A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 47"
    VALUE
    0x82CC98
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA47B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 47"
    VALUE
    0x82CC9A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA48
    "Codewort Kurztripanforderungen Anzeigegruppe 48"
    VALUE
    0x82CC9C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA48A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 48"
    VALUE
    0x82CC9E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CC9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA49
    "Codewort Kurztripanforderungen Anzeigegruppe 49"
    VALUE
    0x82CCA0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA49A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 49"
    VALUE
    0x82CCA2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA70
    "Codewort Kurztripanforderungen Anzeigegruppe 70"
    VALUE
    0x82CCA4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA70A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 70"
    VALUE
    0x82CCA6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA71
    "Codewort Kurztripanforderungen Anzeigegruppe 71"
    VALUE
    0x82CCA8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA71A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 71"
    VALUE
    0x82CCAA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA75
    "Codewort Kurztripanforderungen Anzeigegruppe 75"
    VALUE
    0x82CCAC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA75A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 75"
    VALUE
    0x82CCAE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA77
    "Codewort Kurztripanforderungen Anzeigegruppe 77"
    VALUE
    0x82CCB0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA77A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 77"
    VALUE
    0x82CCB2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA78
    "Codewort Kurztripanforderungen Anzeigegruppe 78"
    VALUE
    0x82CCB4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA78A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 78"
    VALUE
    0x82CCB6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA94
    "Codewort Kurztripanforderungen Anzeigegruppe 94"
    VALUE
    0x82CCB8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA94A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 94"
    VALUE
    0x82CCBA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA96
    "Codewort Kurztripanforderungen Anzeigegruppe 96"
    VALUE
    0x82CCBC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA96A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 96"
    VALUE
    0x82CCBE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFAN
    "Codewort Drehzahlanforderung für Bandendetest"
    VALUE
    0x81A71C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A71C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRFULO
    "Codewort FGRFULO"
    VALUE
    0x81952E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81952E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRGA
    "Codewort für gangabhängiges FGR-Verbot"
    VALUE
    0x81030E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81030E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRGABED
    ""
    VALUE
    0x81030F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81030F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRREGL
    "Codewort FGRREGL"
    VALUE
    0x819551
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819551  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFLSUBB
    "Codewort Freigabe Betriebsbereitschaft LSU"
    VALUE
    0x81AB28
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB28  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFRST
    "Codeword für %DFRST"
    VALUE
    0x8181D0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFS
    "Codewort für Bildung S_fs aus CAN-Information"
    VALUE
    0x810105
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810105  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFUEDK
    "Codewort FUEDK"
    VALUE
    0x81034B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81034B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFUEREG
    "Codewort Füllungsregler außerhalb Leerlauf aktiv"
    VALUE
    0x81034A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81034A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGALSV
    "Codewort für zurücksetzen von Adaptionswerte bei Error E_LSV"
    VALUE
    0x8196BB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGAPH
    "Code wort für unterschiedlichen Gemischadaptionsphasen"
    VALUE
    0x8198CE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGC
    "Getriebe-Codierung (CAN)"
    VALUE
    0x8100F0
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGEGAS
    "Codewort für GGEGAS"
    VALUE
    0x81030B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81030B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGFGRH
    "Codewort  GGFGRH"
    VALUE
    0x8101FE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101FE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGLBK
    "Codewort für die Ladungsbewegungsklappe in %GGLBK"
    VALUE
    0x819623
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819623  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGLSU
    "Codewort für GGLSU"
    VALUE
    0x811473
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811473  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGNOH
    "Codewort GGNOH"
    VALUE
    0x8193D5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGPBKV
    "Codewort für Bremskraftverstärker Funktion GGPBKV"
    VALUE
    0x811DE4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DE4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGVFZG_0_A
    "Codewort für %GGVFZG"
    VALUE
    0x812D6E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGVFZG_1_A
    "Codewort für %GGVFZG"
    VALUE
    0x812D6F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGRABH
    "Codewort für GRA-Bedienhebel"
    VALUE
    0x8181D1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWHNOHK
    "Codewort %HNOHKBY"
    VALUE
    0x8193EE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKATSLK
    "Codewort für B_lrka aktiv"
    VALUE
    0x819483
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819483  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKDASG
    "Codewort Berechnung Kickdown bei DS"
    VALUE
    0x810221
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810221  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKHZW
    "Codewort für spätesten Zündwinkel bei Katheizen"
    VALUE
    0x81154C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81154C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKLIMA
    "Codewort für Klimaanlage"
    VALUE
    0x8181D2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKMMILSCT
    "Ausgabe ""Km bei MIL on""  für Scan Tool abschalten (0 = keine Ausgabe in PID $21)"
    VALUE
    0x8181D3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKMTR
    "Codewort zur Konfiguration der Kühlmitteltemperaturregelung"
    VALUE
    0x82F258
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F258  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKOC
    "Codewort: Konfiguration der Klimakompressorsteuerung"
    VALUE
    0x811D88
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKOCAN
    "Konfiguration für CAN und Klimakompressor"
    VALUE
    0x811D89
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKODOH
    "Codewort KODOH"
    VALUE
    0x81A176
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A176  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKOMRH
    "Codewort für %KOMRH"
    VALUE
    0x81A163
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A163  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONABG
    "Codewort für Konfiguration Abgasbehandlung"
    VALUE
    0x8181D4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONFZ1
    "Codewort für Konfiguration Fahrzeug"
    VALUE
    0x8181D5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONGTM
    "Codewort für Konfiguration Größe Temperatur Motor TMOT"
    VALUE
    0x81A059
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A059  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONGTU
    "Codewort für Konfiguration Größe Temperatur Umgebung"
    VALUE
    0x81066A
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81066A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONLS
    "Codewort für Konfiguration Lambda Sonden"
    VALUE
    0x8181D6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKOR
    "Konfiguration zur Leistungsreduzierung des Klimakompressors"
    VALUE
    0x811D8A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKR
    "Codewort Klopfregelung"
    VALUE
    0x8106A1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKRAPP
    "Codewort für Applikation KR"
    VALUE
    0x81A190
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A190  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKRNLR
    "Codewort Notlauf KR bei Abfall eines von zwei KS"
    VALUE
    0x81A223
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A223  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKRREF
    "Codewort: Verhalten Referenzpegelnachführung bei Drehzahldynamik"
    VALUE
    0x81A22C
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A22C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKT
    "Codewort, um den Diagnosemodus festzulegen"
    VALUE
    0x819466
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819466  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKTAGRA
    "Codewort Kurztest AGR"
    VALUE
    0x8181D7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKUEKD
    "Codewort zur Konfiguration der Stellglieddiagnose Motorkühlung"
    VALUE
    0x82CA7E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKUPPL
    "Codewort für Kupplung"
    VALUE
    0x8107B7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKVHR
    "Codewort für Komponenten-Versorgungsspannung über Hauptrelais"
    VALUE
    0x827FF2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLAMABM
    "Codewort Modellierung Lambda im Abgastrakt"
    VALUE
    0x8101EA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLAMBTS
    "Codewort: Lambda Bauteileschutz"
    VALUE
    0x8198F5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLBK
    "Codewort für die Ladungsbewegungsklappe"
    VALUE
    0x81963C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81963C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLBZAPP
    "Codewort zur Erhöhung der Ladebilanz (Applikation)"
    VALUE
    0x8194A5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLG
    "Codewort Laufgrenze"
    VALUE
    0x81065F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81065F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLLRPA
    "Codewort zur Auswahl des Parametersatzes des P-Anteils"
    VALUE
    0x81A77E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A77E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLLRUM
    "Codewort zur Verwendung des Filters bei Betriebsartenwechsel"
    VALUE
    0x81A77F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A77F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLRA
    "Codewort für die Gemischadaption"
    VALUE
    0x8196BC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLRSMOD
    "Codewort Lambdaregelungs-Freigabe für Betriebsarten"
    VALUE
    0x81AA75
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLSFA
    "Codewort Lambdasonde hinter Frontkat"
    VALUE
    0x8181D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLSHA
    "Codewort für Lambdasonden hinter KAT Alterung in %DLSAHK"
    VALUE
    0x8181D9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLUEKO
    "Codewort Lüfterkonfiguration"
    VALUE
    0x82F25A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F25A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLUES
    "Codewort für DTEV Abbrechen, wenn Lüfter an bzw. ausgeschaltet wird"
    VALUE
    0x81ACF3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMBAS
    "Codewort für MDBAS"
    VALUE
    0x8109D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMBR
    "Codewort Magerbetriebsregelung"
    VALUE
    0x81948A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDAPP
    "Codewort Applikation ohne Drehmomentfunktionen"
    VALUE
    0x8181DA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDBGRG
    "Codewort MDBGRG"
    VALUE
    0x81AA31
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA31  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDFAW
    "Codewort für %MDFAW"
    VALUE
    0x81540A
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81540A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDKOG
    "Codewort MDKOG: Zündwinkelspätverstellung bei Unterdruckbegrenzung"
    VALUE
    0x8109D1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDKOL
    "Codeword MDKOL: Momentenbegrenzung"
    VALUE
    0x81A9D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDRLKO
    "Codewort: Klimakompressormoment abh. von rl, nmot"
    VALUE
    0x81A7D5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDVERAD
    "Codewort MDVERAD"
    VALUE
    0x810733
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810733  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDZUL
    "Codewort MDZUL zur Berücksichtigung der Verbraucher"
    VALUE
    0x810A40
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A40  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDZW
    "Codeword MDZW"
    VALUE
    0x811482
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811482  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMODHA
    "Codewort für Betriebsartenwahl in %BDEMHA"
    VALUE
    0x8191FC
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191FC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMSRCAN
    "Codewort für MSR/ASR über CAN"
    VALUE
    0x810314
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810314  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMSTEFG
    "Codewort zur Konfiguration der Freigabe des Massenstroms Tankentlüftung"
    VALUE
    0x81AB7C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNLKO
    "Codewort zur Applikation der Notlaufanforderungen"
    VALUE
    0x81921B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81921B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNLLKH
    "Codewort für LL-Drehzahl bei Katheizen (Fkt. %BGNLLKH/KOMRKH)"
    VALUE
    0x81A17B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A17B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNLPH
    "Freigabe der jeweiligen Phasengebernotlauffunktion"
    VALUE
    0x810199
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810199  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNMXMD
    "Codewort für Drehzahlbegrenzung"
    VALUE
    0x810A26
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A26  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNOMIL
    "Codewort MIL-Ansteuerung nicht aktiv"
    VALUE
    0x819370
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819370  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNOSCAT
    "Codewort zum Abschalten der Scan Tool Kommunikation"
    VALUE
    0x81916F
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81916F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNSTAT
    "Codewort zur nstat-Filterung"
    VALUE
    0x81A5E2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNSWLMOD
    "Codewort für Nachstart- und Warmlaufsteuerung abh. von Betriebsart"
    VALUE
    0x819792
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819792  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWEGTR
    "Codewort Wiedereinsetzdrehzahl bei Getriebeeingriff"
    VALUE
    0x810724
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810724  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWREF
    "Nockenwellenverhalten im Start"
    VALUE
    0x81019C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWOBD
    "Codewort für Konfiguration OBD Zertifikationsnachweis"
    VALUE
    0x8181DB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWPLLSU
    "Codewort Plausibilitätsdiagnose LSU"
    VALUE
    0x81AB23
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB23  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWPRSOLAP
    "Codewort zur Auswahl Applikationsgrößen Raildruck-Sollwert"
    VALUE
    0x81066C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81066C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWPWF
    "Codewort Powerfail"
    VALUE
    0x81AB29
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB29  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWREFI
    "Codewort: Neuinitialisierung von rkr mit REFINI bei Dynamik"
    VALUE
    0x81A22D
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A22D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWRLAPPL
    "Codewort Vorgabe rlsol_w während Applikationsphase"
    VALUE
    0x810658
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810658  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWRR
    "Codewort für Auswertung der Restgas-Rate"
    VALUE
    0x8181DC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSALSU
    "Codewort SALSU"
    VALUE
    0x8101FA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSAWE
    "Codewort Schubabschalten - Wiedereinsetzen"
    VALUE
    0x810725
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810725  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSCTMDE
    "Codewort zum abschalten bestimmter Scan Tool Modes/Services (Bit=0 ->  Mode aus)"
    VALUE
    0x8181DD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSELV
    "Codewort: Berechnung mit Zusammenfassung aller elektr. Verbraucher."
    VALUE
    0x81A7D6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSKP
    "Codewort Speicherkat Plausibilisierung"
    VALUE
    0x828A3C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSKR
    "Codewort Speicherkat-Regelung"
    VALUE
    0x828574
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828574  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTADAP
    "Codewort Startadaption"
    VALUE
    0x8103AC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTAKD
    "Codewort zur Konfiguration der Stellglieddiagnose"
    VALUE
    0x82CA80
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTAKD2
    "Codewort 2 zur Konfiguration der Stellglieddiagnose"
    VALUE
    0x82CA82
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTDMD
    "Codewort zur Auswahl Startfreigabe: 1 -> B_st, 0 -> nmot"
    VALUE
    0x81014D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81014D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTEVKD
    "Codewort zur Freigabe der Stellglieddiagnose Einspritzventile"
    VALUE
    0x82CA84
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTPCNF
    "Codewort Ausblendkriterien 1 -> Kriterium aktiv"
    VALUE
    0x81014E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81014E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTAF
    "Codewort für Testeranpassung: Anpassung frei"
    VALUE
    0x82CCC0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTAK
    "Codewort für Testeranpassung: Anpassung für Kundendienst"
    VALUE
    0x82CCC2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTAS
    "Codewort für Testeranpassung: Anpassung für Entwicklung"
    VALUE
    0x82CCC4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTEMPK
    "Codeword für Adressierung FWFTBRTA (tans/evtmod)"
    VALUE
    0x82A71C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A71C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTENCFG
    "Codewort zur Konfiguration der Funktion bei Tankentlueftungsnotlauf"
    VALUE
    0x81AB6A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB6A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTF
    "Codewort für Konfiguration Temperaturfühler"
    VALUE
    0x8181DE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTIPIN
    "Codewort für Tip in - Funktion"
    VALUE
    0x8106A2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTUM
    "Codewort: Umgebungstemperatur für Klimakompressor"
    VALUE
    0x81A7D7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWUGD
    "Codewort zur Applikationsvorgabe des ungedrosselten DK- und AGR- Winkels"
    VALUE
    0x81963B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81963B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWUHR
    "Codewort für Uhr"
    VALUE
    0x8181DF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWVPSKO
    "Codeword für Applikation zur Vorgabe eines Androsselverhältnisses"
    VALUE
    0x819E16
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E16  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWVSTMSV
    "Konfiguration Vorsteuerung MSV"
    VALUE
    0x81A157
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A157  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWWDKSPE
    "Codewort: prädizierende DK-Sollwertentjitterung aktiv"
    VALUE
    0x81034D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81034D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWWL
    "Codewort für Warmlaufsteuerung"
    VALUE
    0x81053F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81053F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWWLMKAT
    "Codewort AGR-Freigabe Hauptkat Lightoff Mager"
    VALUE
    0x810670
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810670  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWZGST
    "Codewort für Zylindergleichstellung"
    VALUE
    0x8181E0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWZWMNUM
    "Codewort für spezielle Spätzündwinkelberechnung bei BDE-Betriebsartenumschaltung"
    VALUE
    0x81154D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81154D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWZWVMX
    "Codewort Zündwinkeleingriff bei VMAX-Begrenzung"
    VALUE
    0x8109D2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_AZUE
    "Konfigurationscodewort Zündausgabe"
    VALUE
    0x81005D
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81005D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_BDE_UC
    "Codewort für Benzindirekteinspritzung im Befehlstest"
    VALUE
    0x814004
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814004  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_BDE_UM
    "Codewort für Benzindirekteinspritzung in Funktionsüberwachung"
    VALUE
    0x814000
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814000  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_0___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x8130BA
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_1___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x8130BB
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_2___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x8130BC
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_3___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x8130BD
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_4___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x8130BE
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_5___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x8130BF
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_6___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x8130C0
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_7___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x8130C1
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_0___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8130AA
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_1___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8130AC
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_2___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8130AE
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_3___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8130B0
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_4___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8130B2
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_5___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8130B4
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_6___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8130B6
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_7___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8130B8
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_RA
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x8100F1
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_S
    "Codewort für CAN-Sendekonfiguration"
    VALUE
    0x8130A4
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_DUF
    "Codewort zur Verzögerung der Fehlerspeicherung in Diagnose Manager"
    VALUE
    0x8141E0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_FUBND
    "Codewort für Funkenbandzündung"
    VALUE
    0x811D2D
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D2D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_NOROMCHKRESET
    ""
    VALUE
    0x811408
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811408  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_TABST
    ""
    VALUE
    0x81A05A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A05A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DAFKPVDKE
    "Abweichung von fkmsdks zu eins, ab der fkpvdk eingeschwungen ist"
    VALUE
    0x829F36
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DAGRVPMN
    "Minimale AGR-Ventilposition fuer Fehlerpfadheilung"
    VALUE
    0x81B432
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B432  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DAGRVPTOL
    "Minimale Toleranz zur AGR-Fehlerventilposition"
    VALUE
    0x81B434
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B434  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTGESW
    "Schwelle Aktivierung D-Anteil (Geschwindigkeit)"
    VALUE
    0x812FB6
    KwUw
    100.0000
    rel_uw_b200
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTGESWNV
    "Schwelle Aktivierung D-Anteil (Geschwindigkeit) im unverstärkten Bereich"
    VALUE
    0x8136F6
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTGESWV
    "Schwelle Aktivierung D-Anteil (Geschwindigkeit) im verstärkten Bereich"
    VALUE
    0x8136F8
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTSCHW
    "Schwelle Aktivierung D-Anteil (Abweichung)"
    VALUE
    0x812FB8
    KwUw
    100.0000
    rel_uw_b200
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTSCHWNV
    "Schwelle Aktivierung D-Anteil (Abweichung) im unverstärkten Bereich"
    VALUE
    0x8136FA
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTSCHWV
    "Schwelle Aktivierung D-Anteil (Abweichung) im verstärkten Bereich"
    VALUE
    0x8136FC
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DAOFMSNDKE
    "Abweichung von fkmsdks zu eins, ab der ofmsndk eingeschwungen ist"
    VALUE
    0x829F38
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DASA
    "Anzahl der SAS-Phasen zur Erkennung LLS Fehler"
    VALUE
    0x81A8D9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBGRAMX_UM
    "Fehlerschwelle Botschaftszähler in GRA-Botschaft"
    VALUE
    0x814009
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814009  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBGRA_T_UM
    "Fehlerentprellung Botschaftszähler in GRA-Botschaft"
    VALUE
    0x81400A
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_AIR
    "obere Grenze für Botschaftszählerdifferenz"
    VALUE
    0x811DE5
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DE5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_GRA
    "oberer Grenzwert für Botschaftszählerdifferenz GRA"
    VALUE
    0x81032B
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81032B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MN
    "kleinstes zulässiges Delta des Botschaftszählers in der Funktion"
    VALUE
    0x810315
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810315  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MN_UC
    "kleinstes zulässiges Delta des Botschaftszählers f. Befehlstest"
    VALUE
    0x810DF8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MN_UM
    "kleinstes zulässiges Delta des Botschaftszählers"
    VALUE
    0x8140E3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MX
    "Größtes zulässiges Delta des Botschaftszählers in der Funktion"
    VALUE
    0x810316
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810316  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MX_UC
    "größtes zulässiges Delta des Botschaftszählers f. Befehlstest"
    VALUE
    0x810DF9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MX_UM
    "größtes zulässiges Delta des Botschaftszählers"
    VALUE
    0x8140E4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DDFDTEAB
    "Schwelle für Abbruch der Diagnose wegen großer Änderung des Generatorsignals"
    VALUE
    0x82ED8E
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DDMLLRTE
    "Maximal zulässiger Anstieg von dmllri während DTEV"
    VALUE
    0x82ED90
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DDRLDKZU
    "Deltadifferenz zwischen rl aus Haupt- und Nebenlastsignal"
    VALUE
    0x814D4A
    KwSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DECDLGCORR
    "Dekrement des Korrekturfaktors der Filterkonstante GSLUTS"
    VALUE
    0x82B896
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B896  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DECKSTAI
    "Decrement-Step für STADAP-Faktor"
    CURVE
    0x8103AD
    KlAUbSstUbWSb
    1.000
    fak_sb_b1
    -1.000
    0.00

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103AD  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmadb
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DELRL
    "Delta relative Luftfüllung für Freigabe ZW-Eingriff"
    VALUE
    0x8109D3
    KwUb
    5.977
    rel_q0p02344
    0.00
    5.977

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DENRRIESF
    "Differenz Rate für Freigabe Sollwertfilterung externe Restgasrate"
    VALUE
    0x812F26
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DETAZWRL
    "Korrektur ETAZW zur Berechnung der Krümmertemperatur"
    CURVE
    0x8135B0
    KlAUwSstUwWSb
    127.5
    rel_ub_b127p5
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135B0  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        10
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFAFRG
    "Aufreglungsfaktor nach Einschalten des Füllungsreglers"
    VALUE
    0x81962D
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81962D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFBAGRAEG
    "Differenz Korrektur AGR Adaption (DT1-Auswertung)"
    VALUE
    0x81B444
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B444  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFBAGRAKT
    "Differenz Korrektur AGR Adaption (DT1-Auswertung)"
    VALUE
    0x81B446
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B446  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFHOST
    "Schwelle für Höhendifferenz seit letztem Abgleich"
    VALUE
    0x82EC66
    KwUw
    0.9000244
    fak_uw_b4
    0.09997559
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKAGRAEG
    "Differenz Korrektur AGR Adaption (DT1-Auswertung)"
    VALUE
    0x81B448
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B448  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKAGRAKT
    "Differenz Korrektur AGR Adaption (DT1-Auswertung)"
    VALUE
    0x81B44A
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B44A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKBLAGR
    "Differenz der Korrekturfaktoren AGR (schnell und langsame Adaption)"
    VALUE
    0x81B494
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B494  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKMSMN
    "Delta FKMSDKMN zum Rücksetzen von B_fkmsmn"
    VALUE
    0x813908
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813908  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKMSMX
    "Delta FKMSDKMX zum Rücksetzen von B_fkmsmx"
    VALUE
    0x81390A
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81390A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKPVMN
    "Delta FKPVDKMN zum Rücksetzen von B_fkpvmn"
    VALUE
    0x829F82
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKPVMX
    "Delta FKPVDKMX zum Rücksetzen von B_fkpvmx"
    VALUE
    0x829F84
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFMILBNM
    "Hystereseschwelle zum Umschalten der LBK in Abhängigkeit von der Drehzahl"
    CURVE
    0x81963D
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81963D  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFMPERIOMX
    "Maximale Periodendauer für gültiges Signal"
    VALUE
    0x82F42E
    KwUw
    5.200000
    tinjection_sy
    6.800000
    12.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F42E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFPSLBIT
    "Selektionsbits für Kennzeichnung der aktivierten Fehlerpfade"
    VAL_BLK
    0x81FA22
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81FA22  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRAESTAB
    "FRA-Änderung für Setzen von ""FRA-stabil"" bei überschrittener Diagnoseschwelle"
    VALUE
    0x82AF5C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRASTAB
    "FRA-Änderung für Setzen von ""FRA stabil"""
    VALUE
    0x82AF5E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRATZ
    "Delta FRAT für das Setzen des Zyklusflags, wenn keine Fehlerverdach"
    VALUE
    0x82AF60
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMPHUI
    "Initialisierungswert für DFRM-Tiefpassfilter"
    VALUE
    0x8196BD
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMST
    "Delta frm-schwelle für Erkennung der eingeschwungenen Grundadaption"
    VALUE
    0x8198EC
    KwUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMSTAB
    "Änderung der gefilterten Lambda-Korrektur für Setzen von ""FRM stabil"""
    VALUE
    0x82AF62
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRZASNAMN
    "min. DFRZA-Schwelle zum Aktivieren der Nicht-aktiv-Prüfung"
    VALUE
    0x82EA92
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFSEFO1N
    "drehzahlabh. max. plausible Abweichungen der FSE-Werte"
    VAL_BLK
    0x81F106
    KwbUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x81F106  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFSEFO2N
    "drehzahlabh. max. plausible Abweichungen der FSE-Werte"
    VAL_BLK
    0x81F116
    KwbUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x81F116  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFSERES
    "Differenz der Adaptionswerte zum Auslösen eines Reset der fuel-on/-off adaption"
    VALUE
    0x81313C
    KwUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81313C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFTEVFLO
    "Aufsteuergeschwindigkeit przentualer Durchflußfaktor TEV"
    CURVE
    0x82EC68
    KlAUwSstUwWUw
    4095.938
    fak_q0p0625
    0.00
    4095.938

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC68  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ftevflos_w
        fak_uw_b1
        5
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DHYMBDEMF
    "Delta Hysterese für Fahrerwunschmoment am Eingang KFBDEMFA"
    VALUE
    0x819D66
    KwUb
    99.61
    rel_q0p39
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D66  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DIKADTNH
    "Min. Schwelle Gemischabweichung für Prüfung DTEV i.O. bei Lambda = 1"
    VALUE
    0x82ED92
    KwSw
    15.99951
    fak_q0p000488
    -15.99951
    0.00

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DIKADTNM
    "Min. Schwelle Gemischabweichung für Prüfung DTEV i.O. bei Lambda > 1"
    VALUE
    0x82ED94
    KwSw
    15.99951
    fak_q0p000488
    -15.99951
    0.00

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DIKADTXH
    "Max. Schwelle Gemischabweichung für Lambda = 1 Prüfung DTEV i.O."
    VALUE
    0x82ED96
    KwSw
    15.99951
    fak_q0p000488
    0.00
    15.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DIKADTXM
    "Max. Schwelle Gemischabweichung für Lambda > 1 Prüfung DTEV i.O."
    VALUE
    0x82ED98
    KwSw
    15.99951
    fak_q0p000488
    0.00
    15.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DIKAFE
    "Schwelle für Erkennung Referenzwert Gemischkorrektur eingeschwungen"
    VALUE
    0x82ED9A
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKGFILS
    "Schwelle für Drosselklappengradient für Diagnose Drucksensor"
    VALUE
    0x82A002
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A002  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKLAGERT
    "zulässige Fehlerzeit für DK-Soll-/Istvergleich"
    VALUE
    0x81025B
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81025B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKMTSMN
    "Minimale Regelabweichung tmotsoll-tmotkmtr"
    VALUE
    0x81AF43
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF43  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKMTSMX
    "Maximale Regelabweichung tmotsoll-tmotkmtr"
    VALUE
    0x81AF44
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF44  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKNOTBEGR
    "Sollwertbegrenzung bei DK-Potinotfahren als f(nmot)"
    CURVE
    0x813B7C
    KlAUbSstUbWUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B7C  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKO2VKMX
    "Maximale Differenz von internem und gewichtetem Adaptionsfaktor"
    VALUE
    0x81365E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81365E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKPSTGMIN
    "min. Steigung des DK-Poti zur Umr. abs. auf rel. Winkel im worst case"
    VALUE
    0x8136A4
    KwUw
    39.99939
    rel_uw_b40
    0.00
    39.99939

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKRAMX
    "Maximale Anzahl Spätverstellungen für Klopfregelanschlag"
    VALUE
    0x814FEE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKRAZ
    "Zündungzähler für Klopfregelanschlag"
    VALUE
    0x814FF0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROFN
    "Grenzwert der Integratorsteigung für Nulltest"
    CURVE
    0x814FD4
    KlAUwSstUwWUw
    6102.947
    tknockintgrad_sy
    0.00
    6102.947

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FD4  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmfln_w
        tknockcon_sy
        6
        0.00
        0.2097120

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROKD
    "Obere Drehzahlschwelle für Nulltest-Diagnose Klopfregelung"
    VALUE
    0x81A191
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A191  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROKMX
    "Maximaler Offsetkompensationswert"
    VALUE
    0x810680
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810680  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROKO
    "Obere Drehzahlschwelle für Ermittlung Offsetkompensationswert"
    VALUE
    0x81A192
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A192  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROKU
    "Untere Drehzahlschwelle für Ermittlung Offsetkompensationswert"
    VALUE
    0x8106DA
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHINI
    "Initwert Integrator dlahi der stetigen LRHK"
    VALUE
    0x82E95E
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E95E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHISATO
    "obere Grenze für dlahisa, CARB-Tester, DLSSALRS"
    VALUE
    0x81969D
    KwUb
    0.09961
    fak_ub_b0p1_o0p05
    -0.05000
    0.04961

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81969D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHISATU
    "untere Grenze für dlahisa, CARB-Tester, DLSSALRS"
    VALUE
    0x81969E
    KwUb
    0.09961
    fak_ub_b0p1_o0p05
    -0.05000
    0.04961

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81969E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHPPLMN
    "minimale DLAHP-Schwelle zum Setzen des Plausfehlers ""B"""
    VALUE
    0x82EADA
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EADA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMLASHF
    "Delta-Lambda-Sollwert (Fett) für Test Schwingungsprüfung hinter KAT"
    VALUE
    0x827FB6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMLASHM
    "Delta-Lambda-Sollwert (Mager) für Test Schwingungsprüfung hinter KAT"
    VALUE
    0x827FB8
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMNHOM
    "Delta zwischen stationärer und dynamischer unterer Lambdagrenze bei HOM"
    VALUE
    0x82B1A6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMNHOS
    "Delta zwischen stationärer und dynamischer unterer Lambdagrenze bei HOS"
    VALUE
    0x82B1A8
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMNSCH
    "Delta zwischen stationärer und dynamischer unterer Lambdagrenze bei SCH"
    VALUE
    0x82B1AA
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMNSKH
    "Delta zwischen stationärer und dynamischer unterer Lambdagrenze bei SKH"
    VALUE
    0x82B1AC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMNSWL
    "max. Abweichung für lamnswl_w=1.0"
    VALUE
    0x810540
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810540  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMOB
    "Delta Lambda bei Overboost"
    CURVE
    0x819D67
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D67  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMSBST
    "Schwelle für Lambda-differenz seit letztem Abgleich"
    VALUE
    0x82EC7E
    KwUw
    1.800049
    fak_uw_b16
    0.1999512
    2.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMSTE
    "Delta- Lambda Schwelle zur Erkennung des abgeglichenen Zustand"
    VALUE
    0x82EC80
    KwUw
    14.98999
    fak_uw_b16
    0.01000977
    15.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMXHOM
    "Delta zwischen stationärer und dynamischer oberer Lambdagrenze bei HOM"
    VALUE
    0x82B1AE
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMXHOS
    "Delta zwischen stationärer und dynamischer oberer Lambdagrenze bei HOS"
    VALUE
    0x82B1B0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMXSA
    "max Regeldifferenz, für die nach SA die LRS gesperrt bleibt"
    VALUE
    0x82E902
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E902  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMXSCH
    "Delta zwischen stationärer und dynamischer oberer Lambdagrenze bei SCH"
    VALUE
    0x82B1B2
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMXSKH
    "Delta zwischen stationärer und dynamischer oberer Lambdagrenze bei SKH"
    VALUE
    0x82B1B4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLATRMN
    "Minimalbegrenzung Abgastemperaturregler"
    VALUE
    0x82B9A2
    KwSw
    8.000000
    fak_sw_b8
    -8.000000
    0.00

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLATRNLN
    "Delta Lambdasoll in Notlauf Abgastemperaturregelung"
    CURVE
    0x82B9A4
    KlAUbSstUbWSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9A4  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLBKFGS
    "Delta LBK für Freigabe des Schichtbetiebs durch LBK"
    VALUE
    0x82AA40
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AA40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLBKSIMX
    "max. Delta zwischen Ist- und Sollwinkel der LBK"
    VALUE
    0x829FEC
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLBTS
    "Delta Lambdasoll für Bauteileschutz"
    CURVE
    0x82AF80
    KlAUbSstUbWSb
    1.000
    fak_sb_b1
    -1.000
    0.00

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF80  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        detazwbs
        rel_ub_b127p5
        8
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLBTSGANG
    "Delta Lambda Bauteilschutz, gangabhängig"
    CURVE
    0x82AF92
    FklWSw
    15.99976
    fak_sw_b8
    -8.000000
    7.999756

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF92  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLBZ
    "relative Schwelle der Ladebilanz über LBZO1"
    VALUE
    0x8194A6
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRDWDKSS1
    "DLR, obere Grenze zur Parameterumschaltung"
    VALUE
    0x8136FE
    KwSw
    99.99847
    relDK_q0p00152
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRDWDKSS2
    "DLR, untere Grenze zur Parameterumschaltung"
    VALUE
    0x813700
    KwSw
    99.99847
    relDK_q0p00152
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813700  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRHAFTMN
    "min. notwendiger I-Anteil im Haftreibunsfall"
    VALUE
    0x8296D4
    KwSw
    100.0000
    rel_q0p1957
    -100.0000
    0.00

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRHAFTST
    "max. Sollwertgradient zur Aktivierung der Haftreibunsroutine"
    VALUE
    0x8296D6
    KwSw
    99.99847
    relDK_q0p00152
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRIAMAXA
    "maximal zulässiger I-Anteil"
    VALUE
    0x813702
    KwUw
    100.0000
    rel_q0p1957
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813702  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRIKLPAR
    "DLR, I-Klein Parameter"
    VALUE
    0x81025C
    KwUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81025C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRININI
    "I-Anteil bei Inititialisierung der NLP-Funktion"
    VALUE
    0x813704
    KwUw
    100.0000
    rel_q0p1957
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813704  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDONLP0
    "DLR, D-Parameter über NLP"
    VALUE
    0x81025D
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81025D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDUNLP0
    "DLR, D-Parameter unter NLP (schwach)"
    VALUE
    0x81025E
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81025E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDUNLP1
    "DLR, D-Parameter unter NLP (mittel)"
    VALUE
    0x81025F
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81025F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDUNLP2
    "DLR, D-Parameter unter NLP (stark)"
    VALUE
    0x810260
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810260  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDUNLP3
    "DLR, D-Parameter unter NLP (unverstärktes Poti)"
    VALUE
    0x810261
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810261  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIONLP0
    "I-Anteil als f(abs(dwdkdlr_w)), über NLP"
    VAL_BLK
    0x810262
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x810262  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIUNLP0
    "I-Anteil als f(abs(dwdkdlr_w)), unter NLP (schwach)"
    VAL_BLK
    0x810282
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x810282  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIUNLP1
    "I-Anteil als f(abs(dwdkdlr_w)), unter NLP (mittel)"
    VAL_BLK
    0x8102A2
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x8102A2  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIUNLP2
    "I-Anteil als f(abs(dwdkdlr_w)), unter NLP (stark)"
    VAL_BLK
    0x8102C2
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x8102C2  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIUNLP3
    "I-Anteil als f(abs(dwdkdlr_w)), unter NLP (stark)"
    VAL_BLK
    0x8102E2
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x8102E2  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPONLP0
    "DLR, P-Parameter über NLP"
    VALUE
    0x810302
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810302  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPUNLP0
    "DLR, P-Parameter unter NLP (schwach)"
    VALUE
    0x810303
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810303  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPUNLP1
    "DLR, P-Parameter unter NLP (mittel)"
    VALUE
    0x810304
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810304  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPUNLP2
    "DLR, P-Parameter unter NLP (stark)"
    VALUE
    0x810305
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810305  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPUNLP3
    "DLR, P-Parameter unter NLP (unverstärktes Poti)"
    VALUE
    0x810306
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810306  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKREIS
    "DLR, Faktor Kreisverstärkung"
    VALUE
    0x8194E8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKREISST
    "DLR, Faktor Kreisverstärkung zur Zeit des Motorstarts"
    VALUE
    0x8194E9
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRNLPD
    "Unschärfebereich für DK-Notluftposition"
    VALUE
    0x813706
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813706  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPID0T
    "Fehlerzeit für DLR-Stellbereich im Anschlag zur erweiterten Stellertauscherkenng"
    VALUE
    0x813708
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813708  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPID1T
    "zulässige Fehlerzeit 1 für DLR-Stellbereich am Anschlag"
    VALUE
    0x81370A
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81370A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPID2T
    "zulässige Fehlerzeit 2 für DLR-Stellbereich am Anschlag"
    VALUE
    0x81370C
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81370C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPIDMAX
    "max. zulässiges PWM-Tastverhältnis für DLR"
    VALUE
    0x81370E
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81370E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPIDMIN
    "min. zulässiges PWM-Tastverhältnis für DLR"
    VALUE
    0x813710
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813710  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPIDSTMN
    "min. Schwelle für PWM-Tastverhältnis des DLR bei temp. UMA-Adapt."
    VALUE
    0x8136A6
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRUBSOLL
    "DLR, Batterie Normalspannung"
    VALUE
    0x8194EA
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRUMABAND
    "Unsicherheitsband bei Sprung aus UMA-Bereich"
    VALUE
    0x813712
    KwUw
    4.882813
    relDK_q0p02441
    0.00
    4.882813

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813712  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRUMAIINI
    "Vorladewert I-Anteil bei Sprung aus UMA-Bereich"
    VALUE
    0x813714
    KwSw
    12824.85
    rel_q0p1957
    -6412.524
    6412.329

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813714  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLURMIN
    "Drehzahlabh. Laufunruhe-Referenz-Minimalwert 1"
    CURVE
    0x81F18C
    GklWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F18C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLYABM
    "Verzögerung Ausblendmuster"
    VALUE
    0x819584
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819584  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLYHEAL
    "Verzögerung Heilungsabschaltbedingung"
    VALUE
    0x819563
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819563  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADKO
    "Maximal adaptierbares Delta-Verlustmoment pro Adaptionsphase Kompr.ein"
    VALUE
    0x81A735
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A735  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADLL
    "Maximal adaptierbares Delta-Verlustmoment pro Adaptionsphase ohne Last"
    VALUE
    0x81A736
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A736  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMNKO
    "Minimal adaptierbares Delta-Verlustmoment Klimakompressor ein"
    VALUE
    0x81A737
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A737  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMNLL
    "Minimal adaptierbares Delta-Verlustmoment ohne Last"
    VALUE
    0x81A738
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A738  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMNSKO
    "absolutes Minimum: adaptiertes Verlustmoment bei Schichtbetrieb und Klimakompr."
    VALUE
    0x81A739
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A739  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMNSLL
    "absolutes Minimum: adaptiertes Verlustmoment im Schichtbetrieb"
    VALUE
    0x81A73A
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A73A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMXKO
    "Maximal adaptierbares Delta-Verlustmoment Klimakompressor ein"
    VALUE
    0x81A73B
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A73B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMXLL
    "Maximal adaptierbares Delta-Verlustmoment ohne Last"
    VALUE
    0x81A73C
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A73C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMXSKO
    "absolutes Maximum: adaptiertes Verlustmoment bei Schichtbetrieb und Klimakompr."
    VALUE
    0x81A73D
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A73D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMXSLL
    "absolutes Maximum: adaptiertes Verlustmoment im Schichtbetrieb"
    VALUE
    0x81A73E
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A73E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADSKO
    "Begrenzungsabstand: adaptiertes Verlustmoment bei Schichtbetrieb und eing. Klima"
    VALUE
    0x81A73F
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A73F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADSLL
    "Begrenzungsabstand adaptiertes Verlustmoment im Schichtbetrieb"
    VALUE
    0x81A740
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A740  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMAKRLA
    "Korrektur Meßfensteranfang lambdaabhängig"
    CURVE
    0x814F9C
    KlAUwSstUwWSb
    60.00
    zw_sb_q0p75
    -30.00
    30.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F9C  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsbg_w
        fak_uw_b16
        8
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMARMX
    "Maximalbegrenzung des stationären Momenteneingriffs der Antiruckelfunktion"
    CURVE
    0x82D900
    KlAUbSstUbWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D900  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMAUFN
    "Delta-Moment Aufregelung nach Drehmomenteingriff"
    CURVE
    0x82EEFE
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EEFE  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMCRMX
    "Momentengradientenschwelle zur Cruisingerkennung"
    VALUE
    0x813644
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813644  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDGENAB
    "Änderung: Faktor Generatormoment"
    VALUE
    0x81A7D8
    KwSb
    1.000
    fak_sb_b1
    -1.000
    0.00

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDHFS
    "Gradient für Moment Frontscheibenheizung"
    VALUE
    0x81A7D9
    KwUb
    4.980
    rel_q0p0195
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDLWS
    "Lenkhilfelastmoment"
    CURVE
    0x82D6C0
    KlAUwSstSwWUw
    49.99924
    rel_q0p7629Em3
    0.00
    49.99924

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D6C0  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lws_w
        lw_sw_q0p04375
        6
        -1434.044
        1434.000

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDNSM
    "Delta Moment zur Nachstartkompensation"
    CURVE
    0x81A8C6
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8C6  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDPOSCH
    "Delta Moment Dashpotauslösung im Schichtbetrieb"
    VALUE
    0x81540C
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81540C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDPOZ
    "Schwelle für Umschaltung auf gefiltertes Moment vor Dashpot-Auslösung"
    VALUE
    0x81540E
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81540E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDPUG
    "delta Moment Dashpotende"
    CURVE
    0x815410
    KlAUwSstSwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815410  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfanb_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDRKO
    "Momentenreserve für AC-Kompressor"
    VALUE
    0x81A7DA
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDWANMX
    "Begrenzung des Wandlermoments für Sicherheitskonzept"
    VALUE
    0x810735
    KwUb
    100.0
    rel_q0p392
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810735  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDWHYS
    "Hysterese für Bildung D-Anteil-Wandlermoment"
    VALUE
    0x810736
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810736  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDWM
    "D-Anteil Wandlermoment bei Einlegen der Fahrstufe"
    CURVE
    0x81A744
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A744  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMGN
    "Begrenzung des Generatormoments für Sicherheitskonzept"
    VALUE
    0x81A7DB
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIBMNUM
    "Delta bzgl. mibmn_w für minimales Moment in alter Betriebsart bei Umschaltung"
    VALUE
    0x81BFC2
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIBMXHSP
    "Delta mibmx_w für Umschaltung HSP Modus"
    VALUE
    0x81BFC4
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIBMXUM
    "Delta bzgl. mibmx_w für maximales Moment in alter Betriebsart bei Umschaltung"
    VALUE
    0x81BFC6
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIFLSD
    "Delta-Moment für Initialisierung Filter Lastschlagdämpfung"
    VALUE
    0x815432
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815432  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIMNUHMM
    "Delta für minimales Moment in neuer Betriebsart HMM"
    VALUE
    0x81BFC8
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIMNUHOM
    "Delta für minimales Moment in neuer Betriebsart HOM"
    VALUE
    0x81BFCA
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIMXUHOS
    "Delta für maximales Moment in neuer Betriebsart HOS"
    VALUE
    0x81BFCC
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIMXUSCH
    "Delta für maximales Moment in neuer Betriebsart SCH"
    VALUE
    0x81BFCE
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIOWLSD
    "Delta Moment für Initialisierung Lastschlagdämpfung bei offener Wandlerkupplung"
    CURVE
    0x82DAA6
    FklWSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DAA6  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMISMEUS
    "Delta indiziertes Moment für Änderungsbegrenzung bei B_mismeus"
    VALUE
    0x815434
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815434  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMISOLDLR
    "Deltamoment für indiziertes resultierendes Sollmoment inkl. Deltamoment LLR"
    VALUE
    0x81F0C2
    KwUw
    10.00061
    rel_uw_b100
    0.00
    10.00061

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIUMSCH
    "Deltamoment für Betriebsartenumschaltung"
    VALUE
    0x813B96
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIZWMN
    "Offset auf indiziertes Motormoment bei spätestem Zündwinkel und ASR-Eingriff"
    VALUE
    0x816350
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816350  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMKO
    "Begrenzung des Kompressormoments für Sicherheitskonzept"
    VALUE
    0x81A7DC
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEFN
    "Schwelle Luftmassenstrom unplausibel für Erkennung Fehler in DTEV"
    VALUE
    0x82ED9C
    KwSw
    204.7969
    m_q0p0031
    -102.4000
    102.3969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEFX
    "Luftmassenschwelle für Erkennung TEV defekt nicht mehr nötig"
    VALUE
    0x82ED9E
    KwSw
    204.7969
    m_q0p0031
    -102.4000
    102.3969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEHN
    "Untere Schwelle für Erkennung Luftmassenstrom unplausibel für Auswertung in Homo"
    VALUE
    0x82EDA0
    KwSw
    204.7969
    m_q0p0031
    -102.4000
    102.3969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEHX
    "Obere Schwelle für Erkennung Luftmassenstrom unplausibel für Auswertung in Homog"
    VALUE
    0x82EDA2
    KwSw
    204.7969
    m_q0p0031
    -102.4000
    102.3969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEMN
    "Untere Schwelle für Erkennung Luftmassenstrom unplausibel für Auswertung in DTEV"
    VALUE
    0x82EDA4
    KwSw
    204.7969
    m_q0p0031
    -102.4000
    102.3969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEMX
    "Obere Schwelle für Erkennung Luftmassenstrom unplausibel für Auswertung in DTEV"
    VALUE
    0x82EDA6
    KwSw
    204.7969
    m_q0p0031
    -102.4000
    102.3969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLKTDO
    "Obere Schwelle ml-Änderung in Kat-Diagnose"
    VALUE
    0x8295E4
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLNGEZ
    "LLR: D-Verstärkung abh. von ngasf für Luftpfad"
    MAP
    0x8152DE
    KfAxUbAyUbSstxSwSstyUbWSw
    199.9841
    rel_q0p00305
    -99.99360
    99.99055

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152DE  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngasf_w
        nmotg_sw_q0p39
        6
        -12800.16
        12799.77

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLNGEZV
    "LLR: D-Verstärkung abh. von ngasf für Luftpfad"
    MAP
    0x815320
    KfAxUbAyUbSstxSwSstyUbWSw
    199.9841
    rel_q0p00305
    -99.99360
    99.99055

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815320  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngasf_w
        nmotg_sw_q0p39
        6
        -12800.16
        12799.77

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRLMNN
    "Untere Begrenzung für dmllrl"
    CURVE
    0x810857
    GklWSb
    50.00
    rel_sb_q0p39
    -50.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810857  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRLMXN
    "Sicherheitskonzept: obere Begrenzung für dmllrl"
    CURVE
    0x81085D
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81085D  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRMNN
    "Untere Begrenzung für dmllr_w"
    CURVE
    0x810863
    GklWSb
    50.00
    rel_sb_q0p39
    -50.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810863  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRMXN
    "Sicherheitskonzept: obere Begrenzung für dmllr"
    CURVE
    0x810869
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810869  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLSDUG
    "Delta Moment Ende Lastschlagdämpfung"
    CURVE
    0x815436
    KlAUwSstSwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815436  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfanb_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRAA
    "allgemeine Momentenreserve Kurztrip"
    VALUE
    0x82DEAC
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DEAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRAGRA
    "Momentenreserve während AGR-Adaption"
    VALUE
    0x81B496
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B496  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRESLL
    "LLR: Abbaugeschwindigkeit der erhöhten Drehmomentreserve"
    VALUE
    0x8107B8
    KwUb
    0.3891
    rel_ub_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRESTM
    "Schrittweite zur Reduzierung der Momentenreserve nach Start"
    VALUE
    0x8107B9
    KwUb
    0.3891
    rel_ub_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRFAWEN
    "Schwelle mrfa-Gradient für Deaktivierung PT1-Filter beim Wiedereinsetzen"
    CURVE
    0x82DAB6
    KlAUwSstUwWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DAB6  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRKTDS
    "Momentenreserve für Katalysator-Diagnose"
    VALUE
    0x829506
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829506  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRLASH
    "Momentenreserve für Diagnose Lambdasonden-Alterungsüberwachung hinter KAT"
    VALUE
    0x827FBA
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRLSV
    "Momentenreserve für Diagnose Lambdasonde vor Kat"
    VALUE
    0x82EAC8
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSERVL
    "Begrenzung des Moments der Servolenkung für Sicherheitskonzept"
    VALUE
    0x81A7DD
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSLP
    "Begrenzung des Moments der Sekundärluftpumpe für Sicherheitskonzept"
    VALUE
    0x81A7DE
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSNTEMN
    "Minmale normierte Massenstromänderung TEV"
    VALUE
    0x82EDA8
    KwSw
    6553.500
    m_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSNTEMX
    "Maximale normierte Massenstromänderung TEV"
    VALUE
    0x82EDAA
    KwSw
    6553.500
    m_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSTES
    "Kennlinie maximale Zunahme Massenstrom Tankentlüftung"
    CURVE
    0x82EC82
    KlAUwSstUwWUw
    26184.00
    m_q0p4
    30.00000
    26214.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC82  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mstesoll_w
        m_uw_b25p6
        5
        0.00
        25.59961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMTSMN
    "Untere Regelschwelle Differenz Soll-Ist Motortemperatur"
    VALUE
    0x81AF45
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF45  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMTSMX
    "Obere Regelschwelle Differenz Soll-Ist Motortemperatur"
    VALUE
    0x81AF46
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF46  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMVERLMN
    "minimale Verlustmomentschwelle"
    VALUE
    0x82D742
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D742  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMVTEVDO
    "Schwelle Verlustadaption zur Unterscheidung min, max Fehler in DTEV"
    VALUE
    0x82EDAC
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMWAGR
    "Delta fur Freigabe des Modewechsels fur AGR"
    VALUE
    0x812FCC
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMXRDL
    "Begrenzung bei max. Laufunruhe-Referenzwert-Änderung von dlurs"
    VALUE
    0x8131C0
    KwSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMXRFL
    "Begrenzung bei max. Filter-Laufunruhe-Referenzwert-Änderung"
    VALUE
    0x8131E0
    KwUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMXRLU
    "Begrenzung bei max. Laufunruhe-Referenzwert-Änderung"
    VALUE
    0x8131C2
    KwSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DN10BURN
    "Minimaler Drehzahlanstieg für ""Verbrennnung erfolgt"""
    VALUE
    0x8103F0
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNABW
    "Drehzahldifferenz bei Motor abwürgen"
    VALUE
    0x81356E
    KwSw
    16383.75
    nmot_sw_q0p25
    -8192.000
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81356E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNASNOT
    "Delta Drehzahlschwelle wegen Abwürgeschutz"
    VALUE
    0x8109D4
    KwUb
    1000.
    nmot_ub_q40
    0.00
    1000.

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNBURN0
    "Minimaler Drehzahlanstieg für erkannte Verbrennung im Bereich 0"
    CURVE
    0x81455A
    KlAUwSstUwWUw
    4112.000
    nmot_uw_q0p25
    0.00
    4112.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81455A  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNBURN1
    "Minimaler Drehzahlanstieg für erkannte Verbrennung im Bereich 1"
    CURVE
    0x81458C
    KlAUwSstUwWUw
    4112.000
    nmot_uw_q0p25
    0.00
    4112.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81458C  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNBURN2
    "Minimaler Drehzahlanstieg für erkannte Verbrennung im Bereich 2"
    CURVE
    0x8145BE
    KlAUwSstUwWUw
    4112.000
    nmot_uw_q0p25
    0.00
    4112.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8145BE  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDASH
    "Schwelle der Drehzahldifferenz für Lastschlagerkennung"
    VALUE
    0x813570
    KwSw
    16383.75
    nmot_sw_q0p25
    -8192.000
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813570  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDLLRO
    "Maximale Drehzahlabweichung (Unterdrehzahl) für Diagnose LLR"
    VALUE
    0x81A8DA
    KwUb
    1270.
    nmot_ub_q10
    0.00
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDLLROKT
    "Maxmimale Drehzahlabweichung (Unterdrehzahl) für Diagnose LLR bei Kurztrip"
    VALUE
    0x81A8DB
    KwUb
    1270.
    nmot_ub_q10
    0.00
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDLLRU
    "Maximale Drehzahlabweichung (Überdrehzahl) für Diagnose LLR"
    VALUE
    0x81A8DC
    KwSb
    1280.
    nmotd_sb_q10
    -1280.
    0.00

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDLLRUKT
    "Maxmimale Drehzahlabweichung (Überdrehzahl) für Diagnose LLR bei Kurztrip"
    VALUE
    0x81A8DD
    KwSb
    1280.
    nmotd_sb_q10
    -1280.
    0.00

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDTEO
    "obere Nsoll-Nist-Schwelle für Abbruch Diagnose TEV"
    VALUE
    0x81ACF4
    KwSb
    2550.
    nmot_ub_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDTEU
    "lower Nsoll-Nist-Schwelle für Abbruch Diagnose TEV"
    VALUE
    0x81ACF5
    KwSb
    2550.
    nmot_ub_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNFGRMX
    "Drehzahl-Differenz zu Maximaldrehzahl für FGR-Abschaltung"
    VALUE
    0x813776
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813776  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNFILO
    "obere Schwelle für Gradient des Filterausgangs ndfil"
    VALUE
    0x8153F6
    KwSw
    8191.750
    nmot_sw_q0p25
    0.00
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNHYHMM
    "Drehzahlhysterese bei Umschaltung der Enable-Bedingung Homogen-mager"
    VALUE
    0x81F0C4
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNHYHOS
    "Drehzahlhysterese bei Umschaltung der Enable-Bedingung Homogen-schicht"
    VALUE
    0x81F0C6
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNHYSCH
    "Drehzahlhysterese bei Umschaltung der Enable-Bedingung Schicht"
    VALUE
    0x81F0C8
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNHYSKH
    "Drehzahlhysterese bei Umschaltung der Enable-Bedingung Schicht-Katheizen"
    VALUE
    0x81F0CA
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNKOACC
    " Drehzahlhysterese  bei der A/C an Anfrage akzeptiert wird"
    VALUE
    0x81AF05
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF05  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLR
    "Drehzahlband oberhalb nstat für LLR-Freigabe"
    VALUE
    0x810797
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810797  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLRESW
    "LLR: Unterdrehzahlschwelle zur Erhöhung der Momentenreserve im LL"
    VALUE
    0x8152D6
    KwSw
    16383.75
    nmot_sw_q0p25
    -8192.000
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLRIST
    "Überdrehzahlschwelle für Integratorreset"
    VALUE
    0x81086F
    KwSb
    2550.
    nmotd_sb_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81086F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLST
    "Drehzahlschwelle zum Deaktivieren der P-Verstärkung im Start"
    VALUE
    0x810870
    KwUb
    255.0
    nmot_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810870  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMAX
    "Zulässige Verminderung der Maximaldrehzahl pro Rechenschritt"
    VALUE
    0x81633A
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81633A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMAXH
    "Überschreitung der Maximaldrehzahl für Einspritzausblendung an allen Zylindern"
    VALUE
    0x8147B6
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMHSPKH
    "Hysterese für Entprellung maximaler Motordrehzahl für Homogen split zum Kath."
    VALUE
    0x82BFEA
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMNI
    "Kleinstmöglicher Wert für dn beim I-Anteil"
    VALUE
    0x810871
    KwSb
    2550.
    nmotd_sb_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810871  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNNLBUE
    "Differenz zur Soll-Leerlaufdrehzahl; zur Vorhersage von Leerlaufphasen"
    VALUE
    0x81939C
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81939C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSAH
    "Delta n SA high bezogen auf nWE"
    VALUE
    0x810726
    KwUb
    5080.
    nmot_ub_q40
    0.00
    5080.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810726  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSAL
    "Delta n SA low bezogen auf nWE"
    VALUE
    0x810727
    KwUb
    5080.
    nmot_ub_q40
    0.00
    5080.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810727  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSALH
    "Delta n SA high bezogen auf nWE im Lerrlauf"
    VALUE
    0x810728
    KwUb
    5080.
    nmot_ub_q40
    0.00
    5080.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810728  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSIAB
    "Delta zwischen Soll- und Istdrehzahl für Abschaltung NMAX-Regelung"
    VALUE
    0x81633C
    KwSw
    8191.750
    nmot_sw_q0p25
    0.00
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81633C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSKAZ
    "Offset für Drehzahlschwelle zur Abschaltung Zündung bei SKA"
    VALUE
    0x8147B8
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSLL
    "Schubabschalte-Hysterese bei WE im Leerlauf"
    VALUE
    0x810729
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810729  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSLLK
    "Schubabschalte-Hysterese bei WE im Leerlauf und geöffneter Kupplung"
    VALUE
    0x81072A
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81072A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSNFST
    "Drehzahlschwelle für nsol-Begrenzung im Start"
    VALUE
    0x81A5E3
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSNFX
    "Offset zur Bestimmung der oberen Grenze für die Solldrehzahlnachführung"
    VALUE
    0x81A5E4
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSOZW
    "Delta Drehzahl, bei der keine Zündwinkeleingriff stattfindet"
    CURVE
    0x81633E
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81633E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNTIPDYN
    "Einschaltschwelle Drehzahdynamik für Tip-In Offset auf spätesten Zündwinkel"
    VALUE
    0x81154E
    KwSb
    25500.
    nmotg_sb_q100
    -12800.
    12700.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81154E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNVSA
    "Schubabschaltedrehzahlanhebung bei kleiner Geschwindigkeit"
    VALUE
    0x81072B
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81072B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNWEK
    "Delta n für WE bei Klima (AC)"
    VALUE
    0x81072C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81072C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNWEOFF
    "Drehzahloffset zu nstat für nwe"
    VALUE
    0x81072D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81072D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNZWMN
    "Drehzahloffset auf nstat für Abschalten des Tip-In ZW-Offsets"
    VALUE
    0x81154F
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81154F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DOFMSNDKEK
    "Abweichung von fkmsdks zu eins, ab der ofmsndk eingeschwungen ist Kurztrip"
    VALUE
    0x829F3A
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DOFVAGRAEG
    "Differenz Offset- Ventil- Korrektur AGR Adaption (DT1-Auswertung)"
    VALUE
    0x81B44C
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B44C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DOFVAGRAKT
    "Differenz Offset- Ventil- Korrektur AGR Adaption (DT1-Auswertung)"
    VALUE
    0x81B44E
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B44E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DORAESTAB
    "ORA-Änderung für Setzen von ""ORA-stabil"" bei überschrittener Diagnoseschwelle"
    VALUE
    0x82AF64
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DORASTAB
    "ORA-Änderung für Setzen von ""ORA stabil"""
    VALUE
    0x82AF66
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DOXSG
    "Maximale Differenz Sauerstoff-Füllstandes von Integratorgrenze für B_oscmeb"
    VALUE
    0x813616
    KwUw
    6553.500
    m_q0p1_mg
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813616  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPAMNDAS
    "minimale Differenz Abgasgegendruck für schnelle AGR-Adaption"
    VALUE
    0x81B498
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B498  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVBBG
    "Faktor Druckgradient am Beginn einer Bremsung"
    VALUE
    0x82F13A
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F13A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVBSGV0
    "Faktor Druckgradient während Bremsung bei v=0"
    VALUE
    0x82F13C
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F13C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVBSGVS
    "Faktor Druckgradient während Bremsung bei v>Schwelle"
    VALUE
    0x82F13E
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F13E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEBG
    "Faktor Druckgradient am Ende einer Bremsung"
    VALUE
    0x82F140
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F140  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEBGVS
    "Faktor Druckgradient am Ende einer Bremsung bei vfzg>Schwelle"
    VALUE
    0x82F142
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F142  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEVK
    "Faktor Druckgradient während Evakuierung des Bremskraftverstärkers"
    VALUE
    0x82F144
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F144  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEVKSP
    "Fak. Druckgrad. während Evakuierung des BKV durch Saugstrahlpumpe"
    VALUE
    0x82F146
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F146  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVK
    "Differenz Druck am Bremskraftverstärker Konstant"
    VALUE
    0x82F148
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F148  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVLE
    "zulässiger Druckanstieg bei Leckage"
    VALUE
    0x82F222
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F222  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVSPS
    "Delta Druck zw. Sollbremskraftverstärkerdruck und Saugrohrdruck"
    VALUE
    0x82F188
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F188  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVSTG
    "Faktor Druckgradient durch Undichtigkeit des Bremskraftverstärkers"
    VALUE
    0x82F14A
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F14A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKKPU
    "min. zuläs. Druckdiff. zw. pbkv und pu für Kompressorabschaltung"
    CURVE
    0x82F18A
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F18A  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKNKH
    "min. zuläs. Druckdif. zw. BKV-Druck und pu für LL-Drehzahl für KH abschalten"
    CURVE
    0x82F19C
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F19C  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKNW
    "min. zuläs. Druckdiff. zw. pbkv und pu für NW-Umschaltung auf min. Überschneidun"
    CURVE
    0x82F1AE
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F1AE  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKP
    "min. zuläs. Druckdif. zwischen BKV-Druck und pu für Pumpenansteuerung"
    CURVE
    0x82F1C0
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F1C0  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKPU
    "min. zuläs. Druckdif. zw. BKV-Druck und pu ohne Betät. der Bremse abh. von pu"
    CURVE
    0x82F1D2
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F1D2  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUS
    "gewünschte Druckdifferenz zwischen Bremskraftverstärker und Umgebungsdruck"
    VALUE
    0x81AF2D
    KwUb
    1275.
    p_ub_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF2D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBPSMSISR
    " Differenz zw. BKV- und SR-Druck zur Berchnung des Massenstroms aus BKV ins SR"
    VALUE
    0x82F14C
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F14C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPDDF
    "Delta Druck für Diagnose Drucksensor (Aktivitätsnachweis)"
    VALUE
    0x82A004
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A004  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPMNDBKS
    "zulässige Druckabweichung vom relativen Solldruck DBKS"
    VALUE
    0x829EE6
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPMXDBKS
    "zulässige positive Druckabweichung vom relativen Solldruck DBKS"
    VALUE
    0x829EE8
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPRHLSU
    "Relative Heizleistungsänderung (delta) pro Zeit während der Aufheizphase"
    VALUE
    0x82E4A6
    KwSw
    100.0000
    rel_q0p0061
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPRSTTSW
    "Differenz Startvorgabe zu gemessenem Druck; Schwellwert"
    VALUE
    0x82BC3E
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPRSTTSWH
    "Differenz Startvorgabe zu gemessenem Druck; Schwellwert-Hysterese"
    VALUE
    0x82BC40
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPR_T_UM
    "Verzögerungszeit Kraftstoff-check"
    VALUE
    0x814075
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814075  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPSBKV
    "Delta Druck für Plausibilität von Bremskraftverstärkerdruck mit Saugrohrdruck"
    VALUE
    0x82F224
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F224  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPSLMDAMN
    "Minimale Druckdifferenz pslm - psdss für AGR-Adaption"
    VALUE
    0x81B49A
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B49A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPSPBKVNPH
    "min. Druckdifferenz zw. ps und pbkv für Heilung npl-Fehler(Leckage)"
    VALUE
    0x82F226
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F226  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPSPULBKMN
    "Mindestdruckdifferenz  für Ansteuerung der LBK über Unterdruck zur Diagnose"
    VALUE
    0x829FEE
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPSXSPS
    "Delta zwischen psxs_w und psdss_w zur Freigabe des ps-Reglers"
    VALUE
    0x82AB0E
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPUBKV
    "Delta Druck für Plaus. von Bremskraftverstärkerdruck mit Umgebungsdruck"
    VALUE
    0x82F228
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F228  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPULBKPSMN
    "Mindestdruckdifferenz  für Ansteuerung der LBK über Unterdruck"
    VALUE
    0x82A8C0
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPUMDS
    "Offset: Umgebungsdruck bei Schleppmomentberechnung"
    VALUE
    0x82D744
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D744  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPUPVDK
    "Differenzdruck pu-pvdk"
    CURVE
    0x829F50
    KlAUbSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F50  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQMNSST
    "Differenzenquotient NOx-Signal Start Minimumsuche NOx-Signal"
    VALUE
    0x828576
    KwSw
    10239.84
    mgrd_q0p03125_ppmdivs
    -5120.000
    5119.844

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828576  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQMNSSTLL
    "Differenzenquotient NOx-Signal Start Minimumsuche NOx-Signal Leerlauf"
    VALUE
    0x828578
    KwSw
    10239.84
    mgrd_q0p03125_ppmdivs
    -5120.000
    5119.844

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828578  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQUEBERMN
    "Minimaler überschüssiger Wärmestrom"
    VALUE
    0x81AF47
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF47  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQUEBERMX
    "Maximaler überschüssiger Wärmestrom"
    VALUE
    0x81AF48
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF48  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQUEBMX
    "Maximaler Überschüssiger Wärmestrom"
    VALUE
    0x81AF49
    KwUb
    143.3
    temp_ub_q0p75_o48
    0.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF49  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQVPKP1
    "Steigung vp-Signal für Knickpunkt1"
    VALUE
    0x8135E4
    KwSw
    249.9962
    spgg_q3p815em3
    -125.0000
    124.9962

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQZHMN
    "Untere Grenze gefilterte Steigung f. Hochrechnung"
    VALUE
    0x8135E6
    KwSw
    249.9962
    spgg_q3p815em3
    -125.0000
    124.9962

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQZHMX
    "Obere Grenze gefilterte Steigung f. Hochrechnung"
    VALUE
    0x8135E8
    KwSw
    249.9962
    spgg_q3p815em3
    -125.0000
    124.9962

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQZKP2
    "Schwelle gefilterte Steigung für Knickpunkt2"
    VALUE
    0x8135EA
    KwSw
    249.9962
    spgg_q3p815em3
    -125.0000
    124.9962

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQZREGEND
    "Schwelle gefilterte Steigung für Regenerationsabbruch"
    VALUE
    0x8135EC
    KwSw
    249.9962
    spgg_q3p815em3
    -125.0000
    124.9962

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLHEMX
    "Schwelle für Laständerung in der Heizerdiagnose"
    VALUE
    0x81949F
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81949F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLHSPKH
    "Hysterese für Entprellung minimaler Luftfüllung für Homogen split zum Kath."
    VALUE
    0x82BFEC
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLLRHKO
    "positive Delta-rl-Schwelle für Ausblendung I-Anteil"
    VALUE
    0x82E960
    KwSw
    1535.977
    relNWU_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E960  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLLRHKU
    "negative Delta-rl-Schwelle für Ausblendung I-Anteil"
    VALUE
    0x82E962
    KwSw
    1535.977
    relNWU_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E962  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMINDP
    "Offset auf rlmin für Abschaltung Dashpot"
    VALUE
    0x815458
    KwSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815458  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMINHMM
    "Delta-rlminhmm für Umschaltfreigabe"
    VALUE
    0x81BFD0
    KwSw
    1535.977
    rel_sw_b768
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMINHOS
    "Delta-rlminhos für Umschaltfreigabe"
    VALUE
    0x81BFD2
    KwSw
    1535.977
    rel_sw_b768
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMINSCH
    "Delta-rlminsch für Umschaltfreigabe"
    VALUE
    0x81BFD4
    KwSw
    1535.977
    rel_sw_b768
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMINUHOS
    "Delta für minimale Füllung in neuer Betriebsart HOS"
    CURVE
    0x81BFD6
    KlAUwSstUwWSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFD6  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMINUSCH
    "Delta für minimale Füllung in neuer Betriebsart SCH"
    CURVE
    0x81BFE8
    KlAUwSstUwWSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFE8  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMX
    "Schwelle für Laständerung"
    VALUE
    0x81AB19
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB19  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLNFHFTZF
    "Verhältnis rl aus Nebenfüllungssensor/ rl aus Hauptfüllungssensor Totzone Faktor"
    VALUE
    0x81390C
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81390C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLRLPU
    "Delta rl für rlp - Untergrenze"
    VALUE
    0x814554
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814554  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLRLSOLUM
    "Delta zwischen rl und rlsol, das bei Umschaltung zu rlmin addiert wird"
    VALUE
    0x8147F0
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSOLA
    "Misfire Detection : Schwelle Lastdynamik für Ausblendung"
    CURVE
    0x81FA00
    GklWUw
    1535.977
    relNWU_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA00  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSOLDYN
    "Abweichung zwischen Soll- und Istfüllung für Erkennung Dynamikbetrieb"
    VALUE
    0x81BFB6
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSOLMF
    "Schwelle delta rlsol für Medianfilter"
    VALUE
    0x8139BE
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSOLST
    "Misfire Detection : Schwelle Lastdynamik für Ausblendung nach Start"
    VALUE
    0x81FA10
    KwUw
    1535.977
    relNWU_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSOLSTAT
    "Abweichung zwischen Soll- und Istfüllung für Erkennung Stationärbetrieb"
    VALUE
    0x81BFB8
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSSCHMF
    "Schwelle delta rlsol für Medianfilter im Schichtbetrieb"
    VALUE
    0x8139C0
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSTAT
    "Schwelle Füllungsgradient für Erkennung Stationärbetrieb"
    VALUE
    0x81BFBA
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSBGRAD
    "Gradient für Drucksensor Bremskraftverstärker"
    VALUE
    0x82F14E
    KwUw
    1023.984
    fak_uw_b1024
    0.00
    1023.984

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F14E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSBOFS
    "Offset Drucksensor Bremskraftverstärker"
    VALUE
    0x82F150
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F150  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSMFATAB
    "Tabelle der Funktionsanforderungen vom Tester"
    VAL_BLK
    0x81937A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 20
    /begin IF_DATA ETK  DP_BLOB 0x81937A  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSMINCBA
    "Zunahme der dyn. Priorität, wenn Funktion in aktueller Betriebsart laufen kann"
    VALUE
    0x81FA48
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSMINCRE
    "Zunahme der dyn. Priorität, wenn E-Flag gesetzt"
    VALUE
    0x81FA4A
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSMINCRZ
    "Zunahme der dynamischen Priorität, wenn Z-Flag nicht gesetzt"
    VALUE
    0x81FA4C
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSMRES_0_A
    "Deadlock-Auflösungs-Tabelle"
    VAL_BLK
    0x81FB1A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 7
    /begin IF_DATA ETK  DP_BLOB 0x81FB1A  0x7  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSMRES_1_A
    "Deadlock-Auflösungs-Tabelle"
    VAL_BLK
    0x81FB21
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 7
    /begin IF_DATA ETK  DP_BLOB 0x81FB21  0x7  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSMRES_2_A
    "Deadlock-Auflösungs-Tabelle"
    VAL_BLK
    0x81FB28
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 7
    /begin IF_DATA ETK  DP_BLOB 0x81FB28  0x7  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSSGRAD
    "Gradient für Drucksensor Saugrohrdruck"
    VALUE
    0x8137CE
    KwUw
    1023.984
    dgrad_uw_q0p015
    0.00
    1023.984

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSSOFS
    "Offset Drucksensor Saugrohrdruck"
    VALUE
    0x8137D0
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSTEMIN
    "Minimalwert für Weitertransport in Totzeitglied Gemischtransport"
    VALUE
    0x82EC98
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSUGRAD
    "Gradient für Drucksensor Umgebung"
    VALUE
    0x829F72
    KwUw
    1023.984
    dgrad_uw_q0p015
    0.00
    1023.984

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSUOFS
    "Offset Drucksensor Umgebung"
    VALUE
    0x829F74
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTAFKPVDKE
    "Verzögerungsdelta für Bedingung Adaption fkpvdk nicht mehr eingeschwungen"
    VALUE
    0x829F3C
    KwUw
    10.00000
    t50msxs_q0p05
    0.00
    10.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTAHLL
    "Delta Ansauglufttemperatur für Abbruch erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x81A5E5
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTAMSNDKOE
    "Delta auf Verzögerung  langsamer additiver Massenstromabgleich eingeschwungen"
    VALUE
    0x829F3E
    KwUw
    10.00000
    t50msxs_q0p05
    0.00
    10.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTAVVKST
    "Schwelle für Temperaturdifferenz seit letztem Abgleich"
    VALUE
    0x82EC9A
    KwUw
    399.9844
    temp_q0p0234
    100.0078
    499.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTBTS
    "Temperaturhysterese für Bauteileschutz"
    VALUE
    0x82AFA2
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKAMN
    "Untere Regelschwelle Differenz Soll-Ist Kühlwasseraustrittstemperatur"
    VALUE
    0x81AF4A
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF4A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKAMX
    "Obere Regelschwelle Differenz Soll-Ist Kühlwasseraustrittstemperatur"
    VALUE
    0x81AF4B
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF4B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKANAGR
    "tans-Hysterese (Kelvin) für AGR"
    VALUE
    0x81B350
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B350  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKANAGRS
    "tans-Hysterese (Kelvin) für AGR im Schichtbetrieb"
    VALUE
    0x81B352
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B352  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKLSUSTA
    "Max. zulässige Temperaturabweichung vom Sollwert für Heizerstatus A"
    VALUE
    0x82E4A8
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKLSUSTB
    "Max. zulässige Temperaturabweichung vom Sollwert für Heizerstatus B"
    VALUE
    0x82E4AA
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKTDGRAX
    "Katdiagnose: Maximaler Temperaturgradient"
    VALUE
    0x8295E6
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTLRTML
    "Bewertungsfaktor Zeitdekrementierung für Erreichen tmot-Einschaltschwelle LR"
    CURVE
    0x81A05B
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A05B  0xF  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        7
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMABDTMN
    "Min. Differenz Motortemperatur zwischen Abstellen und Neustart für Diagnose TMOT"
    VALUE
    0x81A06A
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A06A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMABKH
    "Temperaturdifferenz zwischen Abstellen und Neustart für Freigabe Katheizen"
    VALUE
    0x81A167
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A167  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMAXDO
    "Hysterese für Maximaltemperaturen der Kat. um DE erneut zuzulassen"
    VALUE
    0x82C730
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C730  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMDMA
    "Abstand Motortemperaturmodell zur Starttemperatur"
    VALUE
    0x81A06B
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A06B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMDNPO
    "Abstand Motortemperaturmodell zur oberen Unplausibilitätsschwelle"
    VALUE
    0x81A06C
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A06C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMFIX
    "Delta TMOT- Schwelle für unplausibel fixiertes Signal"
    VALUE
    0x81A06D
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A06D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMHLL
    "Delta Motortemperatur für Abbruch erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x81A5E6
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMINDO
    "Hysterese für Minimaltemperaturen der Kat. um DE erneut zuzulassen"
    VALUE
    0x82C732
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C732  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMKI
    "Sicherheitsoffset zwischen Kühlmitteltemperatur aus Kombiinstrument und tmot"
    VALUE
    0x81A123
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A123  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMLLSCH
    "Offset Motortemperatur Leerauf für Schichtbetrieb"
    VALUE
    0x8191ED
    KwUb
    191.3
    temp_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMR
    "Hysterese für Einschaltschwelle"
    VALUE
    0x81AA76
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMSRT
    "Delta Motortemp.zu Starttemp. f.Retrigg. Modelle (Blockheater-Erkennung)"
    VALUE
    0x81A06E
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A06E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMTATUM
    "Delta  Motor-/Ansauglufttemperatur für Aktualisierung Umgebungstemp.-Berechnung"
    VALUE
    0x81A125
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A125  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMTMRW
    "Temperaturdiff.-Schwelle für die Prüfung, ob Zwangseinschaltung LR nötig (CARB)"
    VALUE
    0x81AA77
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMWUC
    "Delta Motortemperaturschwelle für Erfüllung 'warm up cycle'"
    VALUE
    0x810187
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810187  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOAAA
    "Dummy fid: Time-Out-Zeit für Validierung eines Fehlerpfads"
    VAL_BLK
    0x81C000
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C000  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOAATUN
    ""
    VAL_BLK
    0x81C004
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C004  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOAGRE
    "Time-Out für Val: AGR-Ventil Endstufe"
    VAL_BLK
    0x81C008
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C008  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOAGRL
    ""
    VAL_BLK
    0x81C00C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C00C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOAGRS
    ""
    VAL_BLK
    0x81C010
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C010  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOAGRV
    ""
    VAL_BLK
    0x81C014
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C014  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOATNV
    ""
    VAL_BLK
    0x81C018
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C018  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOBKS
    ""
    VAL_BLK
    0x81C01C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C01C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOBKSE
    ""
    VAL_BLK
    0x81C020
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C020  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOBM
    "Time-Out für Val.: Bezugsmarkengeber"
    VAL_BLK
    0x81C024
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C024  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOBREMS
    "Time-Out für Val.: Pedalwertgeber Bremse"
    VAL_BLK
    0x81C028
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C028  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOBWF
    ""
    VAL_BLK
    0x81C02C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C02C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCAIR
    ""
    VAL_BLK
    0x81C030
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C030  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCAIRP
    ""
    VAL_BLK
    0x81C034
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C034  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCAS
    ""
    VAL_BLK
    0x81C038
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C038  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCAT
    ""
    VAL_BLK
    0x81C03C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C03C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCBSG
    ""
    VAL_BLK
    0x81C040
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C040  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCGE
    ""
    VAL_BLK
    0x81C044
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C044  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCGRA
    ""
    VAL_BLK
    0x81C048
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C048  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCIF
    "Time-Out für Val.: CAN-Schnittstelle,interner Fehler"
    VAL_BLK
    0x81C04C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C04C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCINS
    ""
    VAL_BLK
    0x81C050
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C050  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOCKLA
    ""
    VAL_BLK
    0x81C054
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C054  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODK
    "Time-Out für Val.:	DK - Potentiometer"
    VAL_BLK
    0x81C058
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C058  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODK1P
    ""
    VAL_BLK
    0x81C05C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C05C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODK2P
    ""
    VAL_BLK
    0x81C060
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C060  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODPL
    "Time-Out für Val.: Dauerplus"
    VAL_BLK
    0x81C064
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C064  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODPUPSR
    ""
    VAL_BLK
    0x81C068
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C068  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODSBKV
    ""
    VAL_BLK
    0x81C06C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C06C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODSKV
    ""
    VAL_BLK
    0x81C070
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C070  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODSS
    "Time-Out für Val.: Saugrohr-Drucksensor"
    VAL_BLK
    0x81C074
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C074  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODSU
    "Time-Out für Val.: Drucksensor Umgebung"
    VAL_BLK
    0x81C078
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C078  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODSV
    ""
    VAL_BLK
    0x81C07C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C07C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEE
    ""
    VAL_BLK
    0x81C080
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C080  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEF
    ""
    VAL_BLK
    0x81C084
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C084  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEFO
    ""
    VAL_BLK
    0x81C088
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C088  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEL
    ""
    VAL_BLK
    0x81C08C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C08C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEN
    ""
    VAL_BLK
    0x81C090
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C090  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVER
    ""
    VAL_BLK
    0x81C094
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C094  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVET
    ""
    VAL_BLK
    0x81C098
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C098  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEU
    ""
    VAL_BLK
    0x81C09C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C09C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEUB
    ""
    VAL_BLK
    0x81C0A0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0A0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEUW
    ""
    VAL_BLK
    0x81C0A4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0A4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODVEV
    ""
    VAL_BLK
    0x81C0A8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0A8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTODYLSU
    ""
    VAL_BLK
    0x81C0AC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0AC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOFP1P
    ""
    VAL_BLK
    0x81C0B0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0B0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOFP2P
    ""
    VAL_BLK
    0x81C0B4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0B4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOFPP
    "Time-Out für Val.: FPP"
    VAL_BLK
    0x81C0B8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0B8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOFRA
    "Time-Out für Val.: LR-Adaption multiplikativ"
    VAL_BLK
    0x81C0BC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0BC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOFRST
    "Time-Out für Val.:LR-Abweichung"
    VAL_BLK
    0x81C0C0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0C0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOGECOD
    ""
    VAL_BLK
    0x81C0C4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0C4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOGRBH
    ""
    VAL_BLK
    0x81C0C8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0C8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVH1
    ""
    VAL_BLK
    0x81C0CC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0CC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVH2
    ""
    VAL_BLK
    0x81C0D0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0D0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVH3
    ""
    VAL_BLK
    0x81C0D4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0D4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVH4
    ""
    VAL_BLK
    0x81C0D8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0D8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVK
    ""
    VAL_BLK
    0x81C0DC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0DC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVL1
    ""
    VAL_BLK
    0x81C0E0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0E0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVL2
    ""
    VAL_BLK
    0x81C0E4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0E4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVL3
    ""
    VAL_BLK
    0x81C0E8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0E8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDEVL4
    ""
    VAL_BLK
    0x81C0EC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0EC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHDR
    ""
    VAL_BLK
    0x81C0F0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0F0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHELSU
    ""
    VAL_BLK
    0x81C0F4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0F4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHLA
    ""
    VAL_BLK
    0x81C0F8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0F8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHNOHK
    ""
    VAL_BLK
    0x81C0FC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C0FC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHNOHKE
    ""
    VAL_BLK
    0x81C100
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C100  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHRE
    ""
    VAL_BLK
    0x81C104
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C104  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHSH
    "Time-Out für Val.: Heizung Lambdasonde hinter Kat"
    VAL_BLK
    0x81C108
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C108  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHSV
    "Time-Out für Val.: Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x81C10C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C10C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHSVE
    ""
    VAL_BLK
    0x81C110
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C110  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOHSVSA
    ""
    VAL_BLK
    0x81C114
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C114  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOICLSU
    ""
    VAL_BLK
    0x81C118
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C118  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKAT
    "Time-Out für Val.: Katalysator"
    VAL_BLK
    0x81C11C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C11C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKRA01
    ""
    VAL_BLK
    0x81C120
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C120  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKRA02
    ""
    VAL_BLK
    0x81C124
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C124  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKRA03
    ""
    VAL_BLK
    0x81C128
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C128  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKRA04
    ""
    VAL_BLK
    0x81C12C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C12C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKRNT
    "Time-Out für Val.: Klopfregelung Nulltest"
    VAL_BLK
    0x81C130
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C130  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKROF
    "Time-Out für Val.: Klopfreglung Offset"
    VAL_BLK
    0x81C134
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C134  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKRTP
    "Time-Out für Val.: Klopfregelung Testimpuls"
    VAL_BLK
    0x81C138
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C138  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKS1
    "Time-Out für Val.: Klopfsensor 1"
    VAL_BLK
    0x81C13C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C13C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOKUPPL
    "Time-Out für Val.: Pedalwertgeber Kupplung"
    VAL_BLK
    0x81C140
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C140  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLASH
    "Time-Out für Val.: Lambda-Sondenalterung hinter Kat."
    VAL_BLK
    0x81C144
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C144  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLBK
    ""
    VAL_BLK
    0x81C148
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C148  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLBKE
    ""
    VAL_BLK
    0x81C14C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C14C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLBKO
    ""
    VAL_BLK
    0x81C150
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C150  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLBKP
    ""
    VAL_BLK
    0x81C154
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C154  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLGHMM
    ""
    VAL_BLK
    0x81C158
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C158  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLLRH
    ""
    VAL_BLK
    0x81C15C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C15C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLLRM
    ""
    VAL_BLK
    0x81C160
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C160  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLM
    "Time-Out für Val.: Hauptfüllungssignal"
    VAL_BLK
    0x81C164
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C164  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLSH
    "Time-Out für Val.: Lambdasonde hinter Kat"
    VAL_BLK
    0x81C168
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C168  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLSUIA
    ""
    VAL_BLK
    0x81C16C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C16C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLSUIP
    ""
    VAL_BLK
    0x81C170
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C170  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLSUKS
    ""
    VAL_BLK
    0x81C174
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C174  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLSUUN
    ""
    VAL_BLK
    0x81C178
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C178  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLSUVM
    ""
    VAL_BLK
    0x81C17C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C17C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLSV
    "Time-Out für Val.: Lambdasonde vor Kat"
    VAL_BLK
    0x81C180
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C180  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLUES1E
    ""
    VAL_BLK
    0x81C184
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C184  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLUES2E
    ""
    VAL_BLK
    0x81C188
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C188  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOLZSR
    ""
    VAL_BLK
    0x81C18C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C18C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOMD
    ""
    VAL_BLK
    0x81C190
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C190  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOMD00
    ""
    VAL_BLK
    0x81C194
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C194  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOMD01
    ""
    VAL_BLK
    0x81C198
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C198  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOMD02
    ""
    VAL_BLK
    0x81C19C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C19C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOMD03
    ""
    VAL_BLK
    0x81C1A0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1A0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOMDB
    ""
    VAL_BLK
    0x81C1A4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1A4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOMDSCH
    "Time-Out für Val.: Aussetzer in Schichtbetrieb"
    VAL_BLK
    0x81C1A8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1A8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOMSVE
    ""
    VAL_BLK
    0x81C1AC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1AC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTON
    "Time-Out für Val.: Drehzahlsignalgeber"
    VAL_BLK
    0x81C1B0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1B0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTONOHK
    ""
    VAL_BLK
    0x81C1B4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1B4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTONOHKP
    ""
    VAL_BLK
    0x81C1B8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1B8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTONWKW
    ""
    VAL_BLK
    0x81C1BC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1BC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTONX
    ""
    VAL_BLK
    0x81C1C0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1C0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOORA
    ""
    VAL_BLK
    0x81C1C4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1C4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOPH
    "Time-Out für Val.: Phasengeber"
    VAL_BLK
    0x81C1C8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1C8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOPLLSU
    ""
    VAL_BLK
    0x81C1CC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1CC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOSALSU
    ""
    VAL_BLK
    0x81C1D0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1D0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOSCR
    ""
    VAL_BLK
    0x81C1D4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1D4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOSGEEP
    ""
    VAL_BLK
    0x81C1D8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1D8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOSGEEW
    ""
    VAL_BLK
    0x81C1DC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1DC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOSKNO
    ""
    VAL_BLK
    0x81C1E0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1E0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTA
    "Time-Out für Val.: TANS"
    VAL_BLK
    0x81C1E4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1E4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTAHFM
    ""
    VAL_BLK
    0x81C1E8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1E8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTANKL
    "Time-Out für Val.: OBDII Fehler auf Grund eines leeren Tanks"
    VAL_BLK
    0x81C1EC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1EC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTES
    "Time-Out für Val.: Tankdiagnose, TEV offen"
    VAL_BLK
    0x81C1F0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1F0  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTEVE
    "Time-Out für Val.: Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x81C1F4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1F4  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTKA
    ""
    VAL_BLK
    0x81C1F8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1F8  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTM
    "Time-Out für Val.: Motortemperatur TMOT"
    VAL_BLK
    0x81C1FC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C1FC  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTMKI
    "Time-Out für Val.: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x81C200
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C200  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOTUM
    "Time-Out für Val.: Umgebungstemperatur TUM"
    VAL_BLK
    0x81C204
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C204  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUB
    "Time-Out für Val.:	UB"
    VAL_BLK
    0x81C208
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C208  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUBR
    ""
    VAL_BLK
    0x81C20C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C20C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFMV
    "Time-Out für Val.: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x81C210
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C210  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFNC
    ""
    VAL_BLK
    0x81C214
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C214  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFPR
    ""
    VAL_BLK
    0x81C218
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C218  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFRKC
    ""
    VAL_BLK
    0x81C21C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C21C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFRLIP
    ""
    VAL_BLK
    0x81C220
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C220  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFSGA
    ""
    VAL_BLK
    0x81C224
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C224  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFSGB
    ""
    VAL_BLK
    0x81C228
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C228  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFSKA
    "Time-Out für Val.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x81C22C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C22C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOUFSPSC
    ""
    VAL_BLK
    0x81C230
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C230  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOULSU
    ""
    VAL_BLK
    0x81C234
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C234  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOURRAM
    ""
    VAL_BLK
    0x81C238
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C238  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOURROM
    ""
    VAL_BLK
    0x81C23C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C23C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOURRST
    ""
    VAL_BLK
    0x81C240
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C240  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOVFZ
    "Time-Out für Val.:	Fahrzeug-Geschwindigkeit"
    VAL_BLK
    0x81C244
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C244  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOVTK
    "Time-Out für Val.: Thermische Katalysatordiagnose"
    VAL_BLK
    0x81C248
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C248  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOWFS
    "Time-Out für Val.: Wegfahrsperre"
    VAL_BLK
    0x81C24C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C24C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOWFSRC
    ""
    VAL_BLK
    0x81C250
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C250  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZET1
    ""
    VAL_BLK
    0x81C254
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C254  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZET2
    ""
    VAL_BLK
    0x81C258
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C258  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZET3
    ""
    VAL_BLK
    0x81C25C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C25C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZET4
    ""
    VAL_BLK
    0x81C260
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C260  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZGST00
    ""
    VAL_BLK
    0x81C264
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C264  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZGST01
    ""
    VAL_BLK
    0x81C268
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C268  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZGST02
    ""
    VAL_BLK
    0x81C26C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C26C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZGST03
    ""
    VAL_BLK
    0x81C270
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C270  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOZZZ
    "Dummy fid: Time-Out-Zeit für Validierung eines Fehlerpfads"
    VAL_BLK
    0x81C274
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81C274  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTSKFHMM
    "min. Temperaturdelta fuer tskmn fuer ausreichend hmm Kat-Performance"
    VALUE
    0x829618
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829618  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTSUMN
    "Delta Temperaturschwelle Schwefelregenerierung wirksam"
    VALUE
    0x819443
    KwUb
    1530.
    temp_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819443  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTSUSPF
    "Delta-Temperaturschwelle für Freigabe der Anfettung zum Entschwefeln"
    VALUE
    0x819444
    KwUb
    1530.
    temp_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819444  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTWAGRMN
    "min. Zunahme der SR-Wandtemperatur an AGR-Einleitstelle"
    VALUE
    0x82A71E
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A71E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTWAGRMX
    "max. Zunahme der SR-Wandtemperatur an AGR-Einleitstelle"
    VALUE
    0x82A720
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A720  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUAGROMX
    "Max. Abweichung zwischen Referenz- und akt. Nullpunkt zur Freigabe der Adaption"
    VALUE
    0x81B328
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B328  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUDKNLPO
    "Toleranzband für NLP nach oben (inkl. Rü)"
    VALUE
    0x8136A8
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUDKNLPU
    "Toleranzband für NLP nach unten"
    VALUE
    0x8136AA
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUDKP1HY
    "Offset für Hysterese bei Umschaltung auf verstärktes Signal von DK-Poti 1"
    VALUE
    0x8136A2
    KwUw
    80.08377
    spg_uw_q0p001222
    0.00
    80.08377

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUDKPTMP
    "Delta eines Rampenschrittes bei der temp. UMA-Adaption"
    VALUE
    0x810242
    KwUb
    0.3064
    spg_q1p221_mV
    0.004883
    0.3113

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810242  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUFBDE_T
    "Entprellzeit zum Setzen der Zyklusflags BDEbedingt in der Diagnose der Fktüko"
    VALUE
    0x811409
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811409  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUF_T
    "Zeit fürs Setzen der Zyklusflags der Funktionsüberwachungs-Diagnose"
    VALUE
    0x81140A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81140A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPW12
    "Zulässige Spannungsabweichung zwischen PWG-Poti 1 und 2"
    VALUE
    0x810200
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810200  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPW12BE
    "notweniger Spannungsweg von Poti 2 zur Bewegungserkennung"
    VALUE
    0x81367E
    KwUw
    4.995117
    spg_uw_q0p00488
    0.00
    4.995117

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81367E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPW12KD
    "Maximal zulässige Differenz der PWG-Poti-Spannungen beim Kick-Down-Lernen"
    VALUE
    0x81368E
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81368E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPW12TG
    "Zulässige Spannungsabweichung zwischen PWG Poti 1 und  2 im Teilgasbereich"
    VALUE
    0x810201
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810201  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPW12VG
    "Zulässige Spannungsabweichung zwischen PWG-Poti 1 und 2 im Vollgasbereich"
    VALUE
    0x810202
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810202  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWGHY
    "Spannungshysterese bei Entjitterung der PWG-Spannung"
    VALUE
    0x813680
    KwUw
    4.995117
    spg_uw_q0p00488
    0.00
    4.995117

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813680  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWGLKD
    "Maximal zulässige Änderung der PWG-Poti-Spannung während KD-Abspeicherung"
    VALUE
    0x813690
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813690  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWKDLB
    "Mindestüberschreitung des gespeicherten KD-Werts für KD-Lernen im Betrieb"
    VALUE
    0x813692
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813692  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWKDO
    "Delta PWG-Poti-Spannung zum Setzen der Kick-Down-Information"
    VALUE
    0x813694
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813694  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWKDU
    "Delta PWG-Poti-Spannung zum Rücksetzen der Kick-Down-Information"
    VALUE
    0x813696
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813696  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DURINLSU
    "maximal zulässige Spannungsänderung für Berechnung rinlsu_w"
    VALUE
    0x816858
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816858  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVEEST
    "Zeit für Heilungsversuch der DV-E-Endstufe"
    VALUE
    0x810307
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810307  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVFZAR
    "Hysterese fuer Geschwindigkeitsschwelle bei AR"
    VALUE
    0x810927
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810927  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVFZBEG
    "Delta-Geschwindigkeit für Änderungsbegrenzung"
    VALUE
    0x812D58
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVFZGCR
    "Delta vfzg zur Cruisingerkennung"
    VALUE
    0x82961A
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82961A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVFZGDESU
    "Delta Fahrzeuggeschwindigkeit bei Entschwefelung"
    VALUE
    0x819445
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819445  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVFZGSU
    "Delta Fahrzeuggeschwindigkeit bei Kat-Heizen für Entschwefelung"
    VALUE
    0x819446
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819446  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVIVZMX
    "Max. zul. Abweichung zw. Istgeschw. und Zielgeschw. bei FGR-Konstantfahrt"
    VALUE
    0x813778
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813778  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVIVZTMX
    "Maximales Delta zw. Ist- und Zielgeschw. für Tip-Erlaubnis"
    VALUE
    0x82970E
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82970E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVLLVO
    "Delta Geschwindigkeit für Rücksetzen Leerlauf-Verbot vom FGR"
    VALUE
    0x8297D6
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVLLVU
    "Delta Geschwindigkeit für Setzen Leerlauf-Verbot vom FGR"
    VALUE
    0x8297D8
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVMINDO
    "Hysterese für Minimalgeschwindigkeit um DE erneut zuzulassen"
    VALUE
    0x81A177
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A177  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVNG
    "LLR: D-Verstärkung abh. von ngfil bei stehendem Fahrzeug"
    CURVE
    0x810872
    GklWUb
    0.1245
    rel_qn0p000488
    -0.1245
    0.00

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810872  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ngfil
        nmotg_sb_q100
        6
        -12800.
        12700.

        AXIS_PTS_REF SNG06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVNGSV
    "LLR: D-Verstärkung abh. von ngfil bei roolendem Fahrzeug im Schichtbetrieb"
    CURVE
    0x81A780
    GklWUb
    0.1245
    rel_qn0p000488
    -0.1245
    0.00

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A780  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ngfil
        nmotg_sb_q100
        6
        -12800.
        12700.

        AXIS_PTS_REF SNG06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVNGV
    "LLR: D-Verstärkung abh. von ngfil bei roolendem Fahrzeug"
    CURVE
    0x810878
    GklWUb
    0.1245
    rel_qn0p000488
    -0.1245
    0.00

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810878  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ngfil
        nmotg_sb_q100
        6
        -12800.
        12700.

        AXIS_PTS_REF SNG06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVPINI
    "Initialisierungswert für vp-Knickpunktdifferenz"
    VALUE
    0x8135EE
    KwSw
    319.9951
    spg_sw_q0p00488
    -160.0000
    159.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVRLNFHFKT
    "Verh. rl aus Nebenfüllungs-/ rl aus Hauptfüllungssensor  untere Grenze(Kurztrip)"
    VALUE
    0x829F40
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVRLNFHFMN
    "Verhältnis rl aus Nebenfüllungssensor/ rl aus Hauptfüllungssensor untere Grenze"
    VALUE
    0x829F42
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSA
    "delta Geschwindigkeitsschwelle für SA-Drehzahlanhebung"
    VALUE
    0x81072E
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81072E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSAVO
    "Delta Geschwindigkeit für Rücksetzen Schubabschalteverbot vom FGR"
    VALUE
    0x8297DA
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSAVU
    "Delta Geschwindigkeit für Setzen Schubabschalteverbot vom FGR"
    VALUE
    0x8297DC
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSKNBGA
    "Delta Geschwindigkeit für Setzwertkorrektur nach Beschleunigen"
    CURVE
    0x829710
    KlAUbSstUbWUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829710  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges
        fak_q0p1
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSKNVGA
    "Delta Geschwindigkeit für Setzwertkorrektur nach Verzögern"
    CURVE
    0x82972A
    KlAUbSstUbWUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82972A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges
        fak_q0p1
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSUSPF
    "Delta-Fahrgeschwindigkeit für Anfettung bei Schwefelbeladung"
    VALUE
    0x819447
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819447  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSWKB
    "Maximal zulässige Änderung der Zielgeschwindigkeit nach Beschleunigung"
    VALUE
    0x829744
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829744  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSWKV
    "Maximal zulässige Änderung der Zielgeschwindigkeit nach Verzögerung"
    VALUE
    0x829746
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829746  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVTIPUD
    "Änderung der Zielgeschwindigkeit bei Tip-Up oder Tip-Down"
    VALUE
    0x829748
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829748  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVZVIMX
    "Max. zul. Abweichung zw. Zielgeschw. und Istgeschw. bei FGR-Konstantfahrt"
    VALUE
    0x81377A
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81377A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVZVITMX
    "Maximales Delta zw. Ziel- und Istgeschw. für Tip-Erlaubnis"
    VALUE
    0x82974A
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82974A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVZVIWA
    "Delta zw. Ziel- und Istgeschw. für Übergang von Konstantfahrt in Wiederaufnahme"
    VALUE
    0x82974C
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82974C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDK12O
    "Maximal zulässige Abweichung zwischen den DK-Winkeln aus Poti 1 und 2"
    VALUE
    0x810223
    KwUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810223  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDK13O
    "Maximal zulässige Abweichung zwischen DK-Winkel aus Poti 1 und Ersatzwert"
    VALUE
    0x810224
    KwUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810224  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDK23O
    "Maximal zulässige Abweichung zwischen DK-Winkel aus Poti 2 und Ersatzwert"
    VALUE
    0x810225
    KwUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810225  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDKSBAMX
    "max. Soll-/Ist-DK-Winkel-Abweichung als f(dwdks)"
    CURVE
    0x813716
    KlAUwSstUwWUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813716  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        gwdk_kge
        relDK_q0p00152
        5
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDKSIKLS
    "Schwelle zur Aktivierung des I-Kleinanteils"
    VALUE
    0x81372C
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81372C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWESBHDYN
    "Dynamikvorhalt für Winkel Einspritzbeginn Homogenbetrieb"
    VALUE
    0x8199EB
    KwUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWESBHMX
    "maximal zulässige Änderung Winkel Homogen-Einspritzbeginn pro Raster"
    VALUE
    0x8199EC
    KwUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWESEHDYN
    "Dynamikvorhalt für Winkel Einspritzende Homogenbetrieb"
    VALUE
    0x8199ED
    KwUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWKRMSN
    "delta Winkel KR Abstand zur gemittelten Spätverstellung"
    CURVE
    0x81A2A1
    GklWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2A1  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWMSVMX
    "Winkelbegrenzung für maximale Fördermenge"
    VALUE
    0x82BD9E
    KwSw
    360.0000
    kw_q0p1
    -180.0000
    180.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BD9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWOTZ1OTP
    "Deltawinkel zwischen OT-Zylinder1 und OT-Pumpe"
    VALUE
    0x81A15D
    KwUb
    1530.
    zw_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A15D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPEDKOB
    "Gradient des norm. Fahrpedalwinkels für KOS-Auschalten"
    VALUE
    0x81AF06
    KwSb
    49.61
    rel_sb_q0p39
    0.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF06  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPMXNB
    "Maximal zulässige Pedalwerterhöhung pro Rechenschritt nach Bremsbetätigung"
    VALUE
    0x813682
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813682  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPMXNOT
    "Maximal zulässige Pedalwerterhöhung pro Rechenschritt im PWG-Ersatzbetrieb"
    VALUE
    0x813684
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813684  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPOPBP
    "Pedalgradient zur Deaktivierung der PWG/Brems-Plaus."
    VALUE
    0x813686
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813686  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPPBP
    "Pedalwerterniedrigung pro Rechenschritt bei Plausibilität Bremse/PWG"
    VALUE
    0x813688
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813688  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPRHOM
    "Delta Prädiktionswinkel für Homogenbetrieb"
    VALUE
    0x82AD9C
    KwSw
    49151.25
    kw_q0p75
    -24576.00
    24575.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPRSCH
    "Delta Prädiktionswinkel für Schichtbetrieb"
    VALUE
    0x82AD9E
    KwSw
    49151.25
    kw_q0p75
    -24576.00
    24575.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWSHSPKH
    "Hysterese für Entprellung minimalem Wärmestroms für Homogen split zum Kath."
    VALUE
    0x82BFEE
    KwUw
    131070.0
    leist_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYADMX
    "Max. Wert des add. Dynamikvorhalts"
    VALUE
    0x8106D1
    KwUb
    20.25
    zw_ub_qn0p75
    -20.25
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYADS
    "Add. Spätverstellung pro Zyk. durch lern. Dyn."
    VALUE
    0x8106D2
    KwUb
    20.25
    zw_ub_qn0p75
    -20.25
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYAFVS
    "Stufenhöhe für Abregelung des Dynamikvorhalts"
    VALUE
    0x8106D3
    KwUb
    19.50
    zw_ub_q0p75
    0.7500
    20.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYAMNV
    "Min. Wert des add. Dynamikvorhalts"
    VALUE
    0x8106D4
    KwUb
    20.25
    zw_ub_qn0p75
    -20.25
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYAVF
    "Abregelkonstante für Dynamikvorhalt"
    VALUE
    0x8106D5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUFA
    "Grenzwert für LSU-Dynamik bei Kurztest"
    VALUE
    0x82EACA
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EACA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSULAU
    "Schwelle für dynlsu_w für Umschaltung auf Soll-Lambda für Lambda-Modellierung"
    VALUE
    0x813618
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813618  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUMX
    "Grenzwert für LSU-Dynamik"
    VALUE
    0x82EACC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EACC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSURD
    "reduzierter Grenzwert für LSU-Dynamik"
    VALUE
    0x82EACE
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EACE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUSMN
    "Schwellert für Diagnose LSU-Signal Steigung zu klein"
    VALUE
    0x81684A
    KwSw
    15.99976
    fak_sw_b8
    -8.000000
    7.999756

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81684A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUSRD
    "reduzierter Grenzwert für LSU-Dynamik im Schichtbetrieb"
    VALUE
    0x81684C
    KwSw
    15.99976
    fak_sw_b8
    -8.000000
    7.999756

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81684C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUTO
    "obere Grenze für dynlsusa, CARB-Tester, DLSSALRS"
    VALUE
    0x81969F
    KwUb
    4.980
    fak_q0p0195
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81969F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUTU
    "untere Grenze für dynlsusa, CARB-Tester, DLSSALRS"
    VALUE
    0x8196A0
    KwUb
    4.980
    fak_q0p0195
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNMXNL
    "Schwellwert für Dynamikbewertung -> hohe Dynamik"
    VALUE
    0x8135AA
    KwUw
    40000.00
    t5usxus_q5
    0.00
    40000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZFLBK
    "Delta Faktor für Zündwinkelfreigabe bei Stellen Ladungsbewegungsklappe"
    VALUE
    0x815C00
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x815C00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZUPHL
    "Zähldauer des Entprellzählers Heilung"
    VALUE
    0x810337
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810337  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZUPKSMS
    "Zähldauer des Entprellzählers KS nach Masse"
    VALUE
    0x810338
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810338  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZUPKSUB
    "Zähldauer des Entprellzählers KS nach Ub"
    VALUE
    0x810339
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810339  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZUPSIG
    "Zähldauer des Entprellzählers Leitungsabfall"
    VALUE
    0x81033A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81033A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWAML
    "Auf/Abregelgeschwindigkeit zwischen den Begrenzungskennfeldern"
    CURVE
    0x82EF20
    KlAUbSstUbWSb
    94.50
    zw_sb_q0p75
    0.7500
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EF20  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        12
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWDYN
    "Frühverschiebung des Brenngrenzenzündwinkels bei Tip-In"
    CURVE
    0x81ADE7
    GklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADE7  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWETA
    "Deltazündwinkel aus Wirkungsgrad"
    CURVE
    0x811483
    FklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811483  0xC9  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        etazws
        rel_ub_b127p5
        201
        0.00
        100.0

        FORMAT "%5.1"
        FIX_AXIS_PAR 0  0  201

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWOLA
    "Lambda-Abhängigkeit des optimalen Zündwinkels bezogen auf Lambda 1"
    CURVE
    0x816DC4
    KlAUwSstUwWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816DC4  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsbg_w
        fak_uw_b16
        10
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWOLAL
    "Lambda-Abhängigkeit des opti. Zündwinkels bei Lambda 1 mit LBK in Funktion"
    CURVE
    0x816DE4
    KlAUwSstUwWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816DE4  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsbg_w
        fak_uw_b16
        10
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWOM
    "temperaturabhängiger Offset des optimalen ZW"
    CURVE
    0x82DD6E
    KlAUbSstUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DD6E  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWOMHSP
    "temperaturabhängiger Offset des optimalen ZW für HSP"
    CURVE
    0x82DD7A
    KlAUbSstUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DD7A  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWRAMP
    "Delta Zündwinkel bei ZW- Rampe beim Übergang HOM -> HMM"
    VALUE
    0x81192B
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81192B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWRAMPAGR
    "Delta Zündwinkel bei ZW- Rampe beim Übergang zwischen zwnws und zwkfzwagre"
    VALUE
    0x81192C
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81192C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWSPM
    "Delta spätester Zündwinkel abhängig von Motortemperatur"
    CURVE
    0x81ADEF
    GklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADEF  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWSTTA
    "Delta Zündwinkel im Start"
    CURVE
    0x82EFA2
    KlAUbSstUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EFA2  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWTIN
    "delta-Zündwinkel bei Tip in"
    CURVE
    0x81A4B1
    GklWUb
    24.00
    zw_ub_qn0p75
    -24.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4B1  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZW_AOG
    "oberer Grenzwert Anpassung Zündwinkel additiv"
    VALUE
    0x8106E5
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZW_AUG
    "unterer Grenzwert Anpassung Zündwinkel additiv"
    VALUE
    0x8106E6
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZZST
    "Anzahl Zähne bei Zahnunterdrückung im Start"
    VALUE
    0x81019D
    KwUb
    254.0
    dez
    0.00
    254.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZZSTNLP
    "Anzahl der Entprellzähne bei Notlauf-Phasengeber"
    VALUE
    0x81019E
    KwUb
    254.0
    dez
    0.00
    254.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EAVKG
    "Exotherme Temperaturerhöhung im ersten Teil des VK-Monolithen beim Grenzkat"
    CURVE
    0x8279C6
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279C6  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    EAVKGH
    "Exotherme Temp.erhöhung im ersten Teil des VK-Monolithen beim Grenzkat bei B_hom"
    CURVE
    0x8279E8
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279E8  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    EAVKH
    "Exotherme Temperaturerhöhung im ersten Teil des VK-Monolithen im Homogen-Betieb"
    CURVE
    0x827A0A
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827A0A  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    EAVKS
    "Exotherme Temperaturerhöhung im ersten Teil des VK-Monolithen"
    CURVE
    0x827A2C
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827A2C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBEN
    "Bypass-Hauptschalter"
    VALUE
    0x81018A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBENLGR
    "ETK-Bypass enable für Laufgrenzenregelung"
    VALUE
    0x81065C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81065C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBMISS_T
    ""
    VALUE
    0x81355A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81355A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBMISS_Y
    ""
    VALUE
    0x81355C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81355C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBOYLGR
    "Offset für dlalgr_w im CHNL_Y (Zeitraster 10ms)"
    VALUE
    0x81065D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81065D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBVKG
    "Exotherme Temperaturerhöhung in zweiten Teil des VK-Monolithen beim Grenzkat"
    CURVE
    0x827A4E
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827A4E  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBVKGH
    "Exotherme Temperaturerhöhung in zweiten Teil des Monolithen beim Grenzkat, B_hom"
    CURVE
    0x827A70
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827A70  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBVKH
    "Exotherme Temperaturerhöhung in zweiten Teil des VKMonolithen im Homogen-Betrieb"
    CURVE
    0x827A92
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827A92  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBVKS
    "Exotherme Temperaturerhöhung in zweiten Teil des VK-Monolithen"
    CURVE
    0x827AB4
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827AB4  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ENSAKHG
    "Freigabe Schubabschalten bei Katheizen gangabhaengig"
    VALUE
    0x81072F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81072F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ENTDKLL
    "Entjitterschwelle (Ink) für DK-Sollwert im Leerlauf (B_ll)"
    VALUE
    0x81034E
    KwUb
    20.00
    dez
    0.00
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81034E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ENTDKNLL
    "Entjitterschwelle (Ink) für DK-Sollwert außerhalb Leerlauf (!B_ll)"
    VALUE
    0x81034F
    KwUb
    20.00
    dez
    0.00
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81034F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ESKONF
    "Konfiguration Endstufen"
    VAL_BLK
    0x810331
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 6
    /begin IF_DATA ETK  DP_BLOB 0x810331  0x6  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETADZW
    "ZW-Wirkungsgrad in Abhängigkeit von delta ZW"
    CURVE
    0x8109D9
    FklWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D9  0x41  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        dzwb
        zw_ub_q0p75
        65
        0.00
        48.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  65

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETALAM
    "Lambda-Wirkungsgrad"
    CURVE
    0x815C02
    KlAUwSstUwWUw
    127.9980
    rel_uw_b127p5
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815C02  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lambas_w
        fak_uw_b16
        10
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETALAMSC
    "Lambda-Wirkungsgrad bei Schichteinpritzung"
    CURVE
    0x812EE4
    KlAUwSstUwWUw
    127.9980
    rel_uw_b127p5
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812EE4  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamnsch_w
        fak_uw_b16
        16
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETARED
    "Wirkungsgrad Reduktionsmittel"
    CURVE
    0x828002
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828002  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msab_w
        m_q0p0277
        6
        0.00
        1820.417

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETARKKH
    "Verbrennungssgrad der Nacheinspritzung bis Vorkat"
    VALUE
    0x81067E
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81067E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETAZHMMN
    "Minimaler Zündwinkelwirkungsgrad für Homogen mager"
    VALUE
    0x810A1A
    KwUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETAZWTEN
    "minimale Zündwinkelwirkungsgrad Schwelle für DTEV"
    VALUE
    0x81ACF6
    KwUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETRIMN
    "Minimaler I-Anteil Tastverhältnis zur Ansteuerung elektr. Thermostatventil"
    VALUE
    0x81AF4C
    KwSb
    199.2
    rel_sb_b100
    -100.0
    99.22

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF4C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETRIMX
    "Maximaler I-Anteil Tastverhältnis zur Ansteuerung elektr. Thermostatventil"
    VALUE
    0x81AF4D
    KwSb
    199.2
    rel_sb_b100
    -100.0
    99.22

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF4D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EVTMODMNDK
    "min. Temperatur bei der Offset nicht zu DK-Kennlinie bei nmot=0 addiert wird"
    VALUE
    0x81034C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81034C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXAAAA
    "Dummy fid: Exklusionsdaten für aktive Funktion (Mode A)"
    VAL_BLK
    0x818300
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818300  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXADDSV
    "(Index)Liste unverträglicher Funktionen zur Drucksteuerventil"
    VAL_BLK
    0x818321
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818321  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXAFRA
    "Exklusionsdaten: Mode A, Bereich FRA in LRA"
    VAL_BLK
    0x818342
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818342  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXAFRAT
    ""
    VAL_BLK
    0x818363
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818363  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXAORA
    "Exklusionsdaten: Mode A, Bereich ORA in LRA"
    VAL_BLK
    0x818384
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818384  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXATEH
    "Exklusionsdaten: Mode A, TE mit hoher Beladung"
    VAL_BLK
    0x8183A5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8183A5  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXATEL
    "Exklusionsdaten: Mode A, TE mit niedriger Beladung"
    VAL_BLK
    0x8183C6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8183C6  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXATEM
    "Exklusionsdaten: Mode A, TE mit mittlerer Beladung"
    VAL_BLK
    0x8183E7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8183E7  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXATEN
    "(Index)Liste unverträglicher Funktionen zur Notlauf-Tankentlüftung"
    VAL_BLK
    0x818408
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818408  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXATEVH
    "(Index)Liste unverträglicher Funktionen zur Diagnose TEV homogen"
    VAL_BLK
    0x818429
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818429  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXATEVM
    "(Index)Liste unverträglicher Funktionen zur Diagnose TEV mager"
    VAL_BLK
    0x81844A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x81844A  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBAAA
    "Dummy fid: Exklusionsdaten für inaktive Funktion (Mode B)"
    VAL_BLK
    0x81846B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x81846B  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBAGRA
    "(Index)Liste unverträglicher Funktionen zur AGR Adaption"
    VAL_BLK
    0x81848C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x81848C  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBDLSU
    ""
    VAL_BLK
    0x8184AD
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8184AD  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBFRST
    "Exklusionsdaten: Mode B, Kurztest der LR"
    VAL_BLK
    0x8184CE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8184CE  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBFUPS
    ""
    VAL_BLK
    0x8184EF
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8184EF  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBHMM
    "Index-Liste exkl. Fktn v. BDE-Mode Homogen-Mager"
    VAL_BLK
    0x818510
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818510  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBHOM
    "Index-Liste exkl. Fktn v. BDE-Mode Homogen"
    VAL_BLK
    0x818531
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818531  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBHOS
    "Index-Liste exkl. Fktn v. BDE-Mode Homogen-Schicht"
    VAL_BLK
    0x818552
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818552  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBKTSP
    "(Index)Liste unverträglicher Funktionen zur Kat.-Sprungdiagnose"
    VAL_BLK
    0x818573
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818573  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBLAHH
    "(Index)Liste unverträglicher Funktionen zur LambdaShift HOM-SchwingPrüf LS HK"
    VAL_BLK
    0x818594
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818594  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBLAHH2
    "(Index)Liste unverträgl. Funktionen zur LambdaShift HOM-SchwingPrüf LS HK Bank2"
    VAL_BLK
    0x8185B5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8185B5  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBLASH
    "Exklusionsdaten: Mode B, Schwingungsprüfung in DLSAHK"
    VAL_BLK
    0x8185D6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8185D6  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBLLRH
    "(Index)Liste unverträglicher Funktionen zur Drehzahlabweichung HOM"
    VAL_BLK
    0x8185F7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8185F7  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBLLRM
    "(Index)Liste unverträglicher Funktionen zur Drehzahlabweichung SCH"
    VAL_BLK
    0x818618
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818618  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBLSU
    "Exklusionsdaten: Mode B, Dynamikprüfung in DLSU"
    VAL_BLK
    0x818639
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818639  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBPBRI
    ""
    VAL_BLK
    0x81865A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x81865A  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBPLSU
    ""
    VAL_BLK
    0x81867B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x81867B  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBSCH
    "Index-Liste exkl. Fktn v. BDE-Mode Schicht"
    VAL_BLK
    0x81869C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x81869C  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBSKH
    "Index-Liste exkl. Fktn v. BDE-Mode Schicht-Kat-Heizen"
    VAL_BLK
    0x8186BD
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8186BD  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBTEST
    "Exklusionsdaten: Mode B, TEV-Ansteuerung für Diagnose"
    VAL_BLK
    0x8186DE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8186DE  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBTEVP
    ""
    VAL_BLK
    0x8186FF
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x8186FF  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXBTKP
    "Passive thermische Katalysatordiagnose"
    VAL_BLK
    0x818720
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818720  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXCAAA
    ""
    VAL_BLK
    0x818741
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 33
    /begin IF_DATA ETK  DP_BLOB 0x818741  0x21  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXKTMN
    "Minimale Exotherme, unterhalb der der Katalysator als schlecht erkannt wird"
    VALUE
    0x8294EC
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXKTMNT
    "Minimale Exothermen-Schwelle, Testerbetrieb"
    VALUE
    0x8294EE
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXKTMX
    "Maximale Exotherme, oberhalb der der Katalysator als gut erkannt wird."
    VALUE
    0x8294F0
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXKTMXT
    "Maximale Exothermen-Schwelle, Testerbetrieb"
    VALUE
    0x8294F2
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EXPFKT
    "Exponentialfunktion f(x) = e^x"
    CURVE
    0x82801C
    KlAUbSstSwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82801C  0x66  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nospexp_w
        fak_q0p0039
        25
        -128.0000
        127.9961

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FABMDWA
    "Faktor zur Absteuerung des Wandlermoments abhängig von nturb/nsol"
    CURVE
    0x810737
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810737  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        qntns
        fak_ub_b8
        6
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FABSTT
    "Faktor Abstellzeit für Modelltemparatur"
    CURVE
    0x82BA10
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA10  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        5
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FAGRVPSS
    "Frequenzparamter für AGR-Sollwert Rechteckschwingung"
    VALUE
    0x819124
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819124  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FAINTEN
    "Anzahl Intervalle zur Freigabe Ti - Abschaltung"
    VALUE
    0x81936D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81936D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FAKFPUF
    "Pufferfaktor AKF"
    VALUE
    0x81AB7D
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FARIN
    "Umrechnungsfaktor für Innenwiderstand Nernstzelle LSU"
    VALUE
    0x81685A
    KwUw
    1023.984
    rpspg_q0p0156
    0.00
    1023.984

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81685A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FASKIV1
    "Faktor für Verlängerung 1. KAT-Intervall, Aussetzererkennung"
    VALUE
    0x810152
    KwUb
    4.000
    dez
    1.000
    5.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810152  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMAHK
    "Faktor Wärmeverlust an Wand vor Hauptkat"
    CURVE
    0x827AD6
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827AD6  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabvhk_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMAHX
    "Faktor Wärmeverlust an Wand am LSU-Sechskant"
    CURVE
    0x827F48
    KlAUbSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F48  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabikr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMARO
    "Faktor Wärmeverlust an Wand vorderes Rohr"
    CURVE
    0x827AF8
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827AF8  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabikr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMAVK
    "Faktor Wärmeverlust an Wand vor Vorkat"
    CURVE
    0x827B1A
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B1A  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMAVY
    "Faktor Wärmeverlust an Wand nach Vorkat"
    CURVE
    0x827B3C
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B3C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabnvk_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMDKS
    "Kennlinie zur Temperaturkorrektur bei Androsselung im Schichtbetrieb"
    CURVE
    0x827B5E
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B5E  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvdsf_w
        fak_uw_b4
        7
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMEHK
    "Exotherme Temperatur Hauptkatalysator"
    CURVE
    0x827B7C
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B7C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabvhk_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMSRE
    "Aufteilungsfaktor Massenstrom Reduktionsmittel effektiv"
    VALUE
    0x828082
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828082  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMTWHK
    "Reduktionsfaktor von Gastemperatur für für Initialisierung Wandtemperatur vor HK"
    VALUE
    0x8193C6
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMTWHX
    "Reduktionsfaktor von Gastemperatur für Initialisierung Wandtemp. im LSU Sechskan"
    VALUE
    0x8193D2
    KwUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMTWVK
    "Reduktionsfaktor von Gastemperatur für Initialisierung Wandtemperatur vor VK"
    VALUE
    0x8193C7
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMVHK
    "Wärmeverlust von Rohr vor Hauptkat an Umgebung durch Fahrtwind"
    CURVE
    0x827B9E
    GklWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B9E  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        vfzg_w
        vfzg_uw_b512
        7
        0.00
        511.9922

        AXIS_PTS_REF SVF07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMVHX
    "Wärmeverlust von Rohr am LSU-Sechskant an Umgebung durch Fahrtwind"
    CURVE
    0x827F6A
    KlAUbSstUwWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F6A  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        7
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMVRO
    "Wärmeverlust vorderes Rohr an Umgebung durch Fahrtwind"
    CURVE
    0x827BAC
    GklWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BAC  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        vfzg_w
        vfzg_uw_b512
        7
        0.00
        511.9922

        AXIS_PTS_REF SVF07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMVVK
    "Wärmeverlust vom Rohr vor Vorkat an Umgebung durch Fahrtwind"
    CURVE
    0x827BBA
    GklWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BBA  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        vfzg_w
        vfzg_uw_b512
        7
        0.00
        511.9922

        AXIS_PTS_REF SVF07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMVVY
    "Wärmeverlust vom Rohr vor Y-Zusammenführung an Umgebung durch Fahrtwind"
    CURVE
    0x827BC8
    GklWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BC8  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        vfzg_w
        vfzg_uw_b512
        7
        0.00
        511.9922

        AXIS_PTS_REF SVF07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMZAGR
    "Faktor Temperaturoffset taikrm-taizam in Abhängigkeit von AGR"
    CURVE
    0x81FB60
    KlAUbSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB60  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rrabext_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBADMKA
    "Bewrtungsfaktor abhängig von Spülrate"
    CURVE
    0x82EC9C
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC9C  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ftefva_w
        fak_uw_b0p5
        5
        0.00
        0.4999924

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBA_AOG
    "oberer Grenzwert Anpassung Faktor BA"
    VALUE
    0x8106E7
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBA_AUG
    "unterer Grenzwert Anpassung Faktor BA"
    VALUE
    0x8106E8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBFLAMKT
    "Bewertungsfaktor für Sondensignalabgleichsfaktor"
    CURVE
    0x82ECB2
    KlAUwSstUwWUw
    1.989990
    fak_uw_b2
    0.00
    1.989990

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECB2  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamzakt_w
        fak_uw_b16
        5
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBIKABA
    "Faktor Anpassung Gemischabweichungen im Homogenbetrieb auf Niveau Magerbetrieb"
    VALUE
    0x82EDAE
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBM6W
    "Faktor zur Berechnung des Mode 6 FSPA-Wertes"
    VALUE
    0x819402
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819402  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBREG
    "Bewertungsfaktor für Reglergroesse"
    VALUE
    0x829B3E
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBTEFKA
    "Faktor Korrektur Lerngeschwingigkeit Beladung abhängig von der sez. Kraftstoffra"
    CURVE
    0x81AB7E
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB7E  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fkaste
        fak_ub_b0p5
        5
        0.00
        0.4980

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBTEFKAX
    "Faktor Korrektur Lerngeschwingigkeit Beladung: f(fkaste)"
    CURVE
    0x82ECC8
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECC8  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fkastexm_w
        fak_uw_b0p5
        5
        0.00
        0.4999924

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBZFRAT
    "Bewertungsfaktor für Integrationsgeschwindigkeit KFFRAT als f(abo)"
    CURVE
    0x8196BE
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196BE  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        4
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FCNOHKMNS
    "Filterkonstante für nohksroh_w"
    VALUE
    0x828C66
    KwUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDDN
    "LLR: Gewichtungsfaktor für D-Verstärkung"
    CURVE
    0x81087E
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81087E  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        AXIS_PTS_REF SNS06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDFRMIN
    "Default-Wert untere Schranke dfr_w"
    VALUE
    0x81140E
    KwSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81140E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDMDWAN
    "Wichtungsfaktor für Einrechnung D-Anteil in Wandlermoment"
    VALUE
    0x810744
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810744  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDNIKOR
    "Faktor für Korrektur auif I-Anteil über dn"
    VALUE
    0x810884
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810884  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDVAGR
    "Temperaturfaktor für Drosselventildurchfluß-AGR"
    CURVE
    0x8195DE
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195DE  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tgagrv
        temp_q6_o273
        8
        -273.1
        1257.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDWMSVRDR
    "Faktor Anpassung Reglereingriff"
    VALUE
    0x82BDA0
    KwUw
    199.9969
    kw_q0p003051MPa
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BDA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDZWIG
    "Einfluß AGR-Rate auf Zündwinkel"
    CURVE
    0x82AB1E
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB1E  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rriext_w
        rel_uw_b100
        6
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FEMNOZUHMM
    "Faktor minimaler Wirkungsgrad ohne ZW-Spätverstellung für Umschaltung nach HMM"
    VALUE
    0x81BFFA
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FEXODESU
    "Exotherme Temperaturerhöhung bei Desulfatisierung"
    VALUE
    0x8193C8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FEXOLAHK
    "Faktor für exotherme Temperaturerhöhung in Abhängigkeit von lambda Hauptkat"
    CURVE
    0x827BD6
    KlAUwSstUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BD6  0x17  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lavhkm_w
        fak_uw_b16
        7
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FEXOLAVK
    "Faktor für exotherme Temperaturerhöhung in Abhängigkeit von lambda Vorkat"
    CURVE
    0x827BEE
    KlAUwSstUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BEE  0x17  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsons_w
        fak_uw_b16
        7
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFLDZ
    "Folgefunkenladezeit"
    CURVE
    0x816DA6
    KlAUbSstUbWUw
    52.42800
    tsegment_sy
    0.00
    52.42800

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816DA6  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt
        8
        0.00
        17.95

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAAA
    "Dummy: Tabellenanfang"
    VAL_BLK
    0x826CD0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAATUN
    "Freeze Frame Tabelle: Tuningschutz"
    VAL_BLK
    0x826CD2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAGRE
    "Freeze Frame Tabelle: AGR-Ventil Endstufe"
    VAL_BLK
    0x826CD4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAGRL
    "Freeze Frame Tabelle: Lagesensor AGR-Ventil"
    VAL_BLK
    0x826CD6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAGRS
    "Freeze Frame Tabelle: Diagnose AGR-System"
    VAL_BLK
    0x826CD8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAGRV
    "Freeze Frame Tabelle: Diagnose AGR-Ventil"
    VAL_BLK
    0x826CDA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTATNV
    "Freeze Frame Tabelle: Abgastemperatur hinter dem Vorkatalysator"
    VAL_BLK
    0x826CDC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBKS
    "Freeze Frame Tabelle:  Bedarfsgeregeltes Kraftstoffsystem"
    VAL_BLK
    0x826CDE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBKSE
    "Freeze Frame Tabelle: Diagnose Endstufe BKS"
    VAL_BLK
    0x826CE0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBM
    "Freeze Frame Tabelle: Bezugsmarkengeber"
    VAL_BLK
    0x826CE2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBREMS
    "Freeze Frame Tabelle: Pedalwertgeber Bremse"
    VAL_BLK
    0x826CE4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBWF
    "Freeze Frame Tabelle: PWG Bewegung"
    VAL_BLK
    0x826CE6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCAIR
    "Freeze Frame Tabelle: Airbag-Botschaft"
    VAL_BLK
    0x826CE8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCAIRP
    "Freeze Frame Tabelle: unpl. Airbag-Botschaft"
    VAL_BLK
    0x826CEA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCAS
    "Freeze Frame Tabelle: CAN-Timeout ASC-Botschaft"
    VAL_BLK
    0x826CEC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCAT
    "Freeze Frame Tabelle: CAN-Schnittstelle, Timeout ASR"
    VAL_BLK
    0x826CEE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCBSG
    "Freeze Frame Tabelle: BSG-Botschaft"
    VAL_BLK
    0x826CF0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCGE
    "Freeze Frame Tabelle: CAN-Timeout EGS-Botschaft"
    VAL_BLK
    0x826CF2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCGRA
    "Freeze Frame Tabelle: GRA-Botschaft (Empfang)"
    VAL_BLK
    0x826CF4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCIF
    "Freeze Frame Tabelle: CAN-Schnittstelle, interner Fehler"
    VAL_BLK
    0x826CF6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCINS
    "Freeze Frame Tabelle: CAN-Timeout Instr.-Botschaft"
    VAL_BLK
    0x826CF8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCKLA
    ""
    VAL_BLK
    0x826CFA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDK
    "Freeze Frame Tabelle: DK- Potentiometer"
    VAL_BLK
    0x826CFC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDK1P
    "Freeze Frame Tabelle: Drosselklappe 1. Poti"
    VAL_BLK
    0x826CFE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826CFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDK2P
    "Freeze Frame Tabelle: Drosselklappenpotentiometer 2"
    VAL_BLK
    0x826D00
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDPL
    "Freeze Frame Tabelle: Dauerplus"
    VAL_BLK
    0x826D02
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDPUPSR
    ""
    VAL_BLK
    0x826D04
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDSBKV
    "Freeze Frame Tabelle: BKV"
    VAL_BLK
    0x826D06
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDSKV
    "Freeze Frame Tabelle: Hochdrucksensortest"
    VAL_BLK
    0x826D08
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDSS
    "Freeze Frame Tabelle: Saugrohrdrucksensor"
    VAL_BLK
    0x826D0A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDSU
    "Freeze Frame Tabelle: Umgebungsdrucksensor"
    VAL_BLK
    0x826D0C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDSV
    "Freeze Frame Table: Drucksteuerventil"
    VAL_BLK
    0x826D0E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEE
    "Freeze Frame Tabelle: DV-E Endstufe"
    VAL_BLK
    0x826D10
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEF
    "Freeze Frame Tabelle: DV-E Fehler bei Federprüfung"
    VAL_BLK
    0x826D12
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEFO
    ""
    VAL_BLK
    0x826D14
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEL
    "Freeze Frame Tabelle: DV-E Lageabweichung"
    VAL_BLK
    0x826D16
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEN
    "Freeze Frame Tabelle: DV-E Fehler bei Prüfung Notluftposition"
    VAL_BLK
    0x826D18
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVER
    "Freeze Frame Tabelle: DV-E Regelbereich"
    VAL_BLK
    0x826D1A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVET
    ""
    VAL_BLK
    0x826D1C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEU
    "Freeze Frame Tabelle: DV-E Fehler beim UMA-Lernen"
    VAL_BLK
    0x826D1E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEUB
    ""
    VAL_BLK
    0x826D20
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEUW
    ""
    VAL_BLK
    0x826D22
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEV
    "Freeze Frame Tabelle: DV-E Fehler bei Verstärkerabgleich"
    VAL_BLK
    0x826D24
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDYLSU
    ""
    VAL_BLK
    0x826D26
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFP1P
    "Freeze Frame Tabelle: Poti 1, Fahrpedal"
    VAL_BLK
    0x826D28
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFP2P
    "Freeze Frame Tabelle: Poti 2, Fahrpedal"
    VAL_BLK
    0x826D2A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFPP
    "Freeze Frame Tabelle: Poti Fahrpedal"
    VAL_BLK
    0x826D2C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFRA
    "Freeze Frame Tabelle: FRA Gemischadaption"
    VAL_BLK
    0x826D2E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFRST
    "Freeze Frame Tabelle: LR-Abweichung"
    VAL_BLK
    0x826D30
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTGECOD
    "Freeze Frame Tabelle: Getriebecodierung CAN"
    VAL_BLK
    0x826D32
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTGRBH
    "Freeze Frame Tabelle: GRA- Bedienhebel"
    VAL_BLK
    0x826D34
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVH1
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil Highside 1"
    VAL_BLK
    0x826D36
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVH2
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil Highside 2"
    VAL_BLK
    0x826D38
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVH3
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil Highside 3"
    VAL_BLK
    0x826D3A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVH4
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil Highside 4"
    VAL_BLK
    0x826D3C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVK
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil, Kommunikation"
    VAL_BLK
    0x826D3E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVL1
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil Lowside 1"
    VAL_BLK
    0x826D40
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVL2
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil Lowside 2"
    VAL_BLK
    0x826D42
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVL3
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil Lowside 3"
    VAL_BLK
    0x826D44
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDEVL4
    "Freeze Frame Tabelle: Hochdruck-Einspritzventil Lowside 4"
    VAL_BLK
    0x826D46
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHDR
    "Freeze Frame Table: Raildruckregelung"
    VAL_BLK
    0x826D48
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHELSU
    ""
    VAL_BLK
    0x826D4A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHLA
    "Freeze Frame Tabelle: Heizleistungsanforderung"
    VAL_BLK
    0x826D4C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHNOHK
    "Freeze Frame Tabelle: HNOHK"
    VAL_BLK
    0x826D4E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHNOHKE
    "Freeze Frame Tabelle: HNOHKE"
    VAL_BLK
    0x826D50
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHRE
    ""
    VAL_BLK
    0x826D52
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSH
    "Tabelle Umweltbedingungen Heizung Lambdasonde hinter Kat"
    VAL_BLK
    0x826D54
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSV
    "Tabelle Umweltbedingungen Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x826D56
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSVE
    "Tabelle Umweltbedingungen Endstufe Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x826D58
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSVSA
    "Tabelle Umweltbedingungen Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x826D5A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTICLSU
    "Tabelle Umweltbedingungen: Auswerte-IC für LSU"
    VAL_BLK
    0x826D5C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKAT
    "Freeze Frame Tabelle: Katalysator"
    VAL_BLK
    0x826D5E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA01
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 1"
    VAL_BLK
    0x826D60
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA02
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 2"
    VAL_BLK
    0x826D62
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA03
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 3"
    VAL_BLK
    0x826D64
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA04
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 4"
    VAL_BLK
    0x826D66
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRNT
    "Freeze frame Tabelle: Klopfregelung Nulltest"
    VAL_BLK
    0x826D68
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKROF
    "Freeze Frame Tabelle: Klopfregelung Offset"
    VAL_BLK
    0x826D6A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRTP
    "Freeze Frame Tabelle: Klopfregelung Testimpuls"
    VAL_BLK
    0x826D6C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKS1
    "Freeze Frame Tabelle: Klopfsensor 1"
    VAL_BLK
    0x826D6E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKUPPL
    "Freeze Frame Tabelle: Pedalwertgeber Kupplung"
    VAL_BLK
    0x826D70
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLASH
    "Tabelle Umweltbedingungen Lambdasonde hinter Kat"
    VAL_BLK
    0x826D72
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLBK
    "Freeze Frame Tabelle: LBK"
    VAL_BLK
    0x826D74
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLBKE
    ""
    VAL_BLK
    0x826D76
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLBKO
    "Freeze Frame Tabelle: LBK Offset-Adaption"
    VAL_BLK
    0x826D78
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLBKP
    "Freeze Frame Tabelle: LBK Potentiometer"
    VAL_BLK
    0x826D7A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLGHMM
    ""
    VAL_BLK
    0x826D7C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLLRH
    ""
    VAL_BLK
    0x826D7E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLLRM
    ""
    VAL_BLK
    0x826D80
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLM
    "Freeze Frame Tabelle: Hauptfüllungssensor"
    VAL_BLK
    0x826D82
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSH
    "Tabelle Umweltbedingungen Lambdasonde hinter Kat"
    VAL_BLK
    0x826D84
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUIA
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond IA"
    VAL_BLK
    0x826D86
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUIP
    ""
    VAL_BLK
    0x826D88
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUKS
    ""
    VAL_BLK
    0x826D8A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUUN
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond UN"
    VAL_BLK
    0x826D8C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUVM
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond VM"
    VAL_BLK
    0x826D8E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSV
    "Tabelle Umweltbedingungen: Lambdasonde vor Kat"
    VAL_BLK
    0x826D90
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLUES1E
    "Freeze Frame Tabelle: Endstufe Lüftersteuerung 1"
    VAL_BLK
    0x826D92
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLUES2E
    "Freeze Frame Tabelle: Endstufe Lüftersteuerung 2"
    VAL_BLK
    0x826D94
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLZSR
    ""
    VAL_BLK
    0x826D96
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD
    "Freeze Frame Tabelle: Aussetzer, Summenfehler (multiple)"
    VAL_BLK
    0x826D98
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD00
    "Freeze Frame Tabelle: Aussetzer Zyl. 0"
    VAL_BLK
    0x826D9A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD01
    "Freeze Frame Tabelle: Aussetzer Zyl. 1"
    VAL_BLK
    0x826D9C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD02
    "Freeze Frame Tabelle: Aussetzer Zylinder 2"
    VAL_BLK
    0x826D9E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826D9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD03
    "Freeze Frame Tabelle: Aussetzer Zylinder 3"
    VAL_BLK
    0x826DA0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMDB
    "Freeze Frame Tabelle: Momentbegrenzung Sollmoment"
    VAL_BLK
    0x826DA2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMDSCH
    "Freeze Frame Tabelle: Aussetzer in Schichtbetrieb"
    VAL_BLK
    0x826DA4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMSVE
    "Freeze Frame Tabelle: Diagnose Endstufe MSV"
    VAL_BLK
    0x826DA6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTN
    "Freeze Frame Tabelle: Drehzahlgeber"
    VAL_BLK
    0x826DA8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTNOHK
    "Freeze Frame Tabelle: NOHK"
    VAL_BLK
    0x826DAA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTNOHKP
    "Freeze Frame Tabelle: NOHKP"
    VAL_BLK
    0x826DAC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTNWKW
    "Freeze Frame Tabelle: Zuordnung Nockenwelle zu Kurbelwelle"
    VAL_BLK
    0x826DAE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTNX
    "Freeze Frame Tabelle: ^NMAX- Überschreitung"
    VAL_BLK
    0x826DB0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTORA
    "Freeze Frame Tabelle: ORA Gemischadaption"
    VAL_BLK
    0x826DB2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTPH
    "Freeze Frame Tabelle: Phasensensor"
    VAL_BLK
    0x826DB4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTPLLSU
    ""
    VAL_BLK
    0x826DB6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSALSU
    ""
    VAL_BLK
    0x826DB8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSCR
    "Freeze Frame Tabelle: CRAS-Signal"
    VAL_BLK
    0x826DBA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSGEEP
    "Freeze Frame Tabelle: SG defekt (EEPROM)"
    VAL_BLK
    0x826DBC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSGEEW
    "Freeze Frame Tabelle: SG defekt (EEPROM WFS- Bereich)"
    VAL_BLK
    0x826DBE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSKNO
    "Freeze Frame Tabelle: %DSKNO"
    VAL_BLK
    0x826DC0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTA
    "Freeze Frame Tabelle: Ansauglufttemperatur TANS (/Ladeluft-)"
    VAL_BLK
    0x826DC2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTAHFM
    "Freeze Frame Tabelle: TAHFM; Ansaugluft-Temp. über Sensor im HFM"
    VAL_BLK
    0x826DC4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTANKL
    "Freeze Frame Tabelle : tankl (Tank leer)"
    VAL_BLK
    0x826DC6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTES
    "Freeze Frame Tabelle: Tankentlüftungsventil"
    VAL_BLK
    0x826DC8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTEVE
    "Freeze Frame Tabelle: Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x826DCA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTKA
    "Freeze Frame Tabelle: Temperatur Kühlerausgang"
    VAL_BLK
    0x826DCC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTM
    "Freeze Frame Tabelle: Motortemperatur TMOT"
    VAL_BLK
    0x826DCE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTMKI
    "Freeze Frame Tabelle: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x826DD0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTUM
    "Freeze Frame Tabelle: Umgebungstemperatur TUM"
    VAL_BLK
    0x826DD2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUB
    "Freeze Frame Tabelle: Batteriespannung UB (Bordnetz)"
    VAL_BLK
    0x826DD4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUBR
    "Freeze Frame Tabelle: Bordnetzspannung über Hauptrelais UBR"
    VAL_BLK
    0x826DD6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFMV
    "Freeze Frame Tabelle: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x826DD8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFNC
    "Freeze Frame Tabelle: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x826DDA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFPR
    "Freeze Frame Tabelle: Fktüberw: Kraftstoffdrucksensor-, Zuleitung-oder SG-Fehler"
    VAL_BLK
    0x826DDC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFRKC
    "Freeze Frame Tabelle: Funktionsüberwachung: Lambda-Plausibilisierung"
    VAL_BLK
    0x826DDE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFRLIP
    "Freeze Frame Tabelle: Fktüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x826DE0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFSGA
    "Freeze Frame Tabelle: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VAL_BLK
    0x826DE2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFSGB
    "Freeze Frame Tabelle: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VAL_BLK
    0x826DE4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFSKA
    "Freeze Frame Tabelle: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x826DE6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFSPSC
    "Freeze Frame Tabelle: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x826DE8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTULSU
    ""
    VAL_BLK
    0x826DEA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTURRAM
    "Freeze Frame Tabelle: Rechnerüberwachung: RAM"
    VAL_BLK
    0x826DEC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTURROM
    "Freeze Frame Tabelle: Rechnerüberwachung: ROM"
    VAL_BLK
    0x826DEE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTURRST
    "Freeze Frame Tabelle: Rechnerüberwachung: Reset"
    VAL_BLK
    0x826DF0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTVFZ
    "Freeze Frame Tabelle: Geschwindigkeitssignal"
    VAL_BLK
    0x826DF2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTVTK
    "Freeze Frame Tabelle: Thermische Katalysatordiagnose"
    VAL_BLK
    0x826DF4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTWFS
    "Freeze Frame Tabelle: Wegfahrsperre"
    VAL_BLK
    0x826DF6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTWFSRC
    "Freeze Frame Tabelle: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x826DF8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET1
    ""
    VAL_BLK
    0x826DFA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET2
    ""
    VAL_BLK
    0x826DFC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET3
    ""
    VAL_BLK
    0x826DFE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826DFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET4
    ""
    VAL_BLK
    0x826E00
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826E00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZGST00
    "Freeze Frame Tabelle: Zylindergleichstellung (zzyl=0)"
    VAL_BLK
    0x826E02
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826E02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZGST01
    "Freeze Frame Tabelle: Zylindergleichstellung (zzyl=1)"
    VAL_BLK
    0x826E04
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826E04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZGST02
    "Freeze Frame Tabelle: Zylindergleichstellung (zzyl=2)"
    VAL_BLK
    0x826E06
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826E06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZGST03
    "Freeze Frame Tabelle: Zylindergleichstellung (zzyl=3)"
    VAL_BLK
    0x826E08
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826E08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZZZ
    "Dummy: Tabellenende"
    VAL_BLK
    0x826E0A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x826E0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFVPH
    "Korrekturfaktor vp-Hochrechnung"
    VALUE
    0x82857A
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82857A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGDPSMPDVS
    "Faktor Gewichtung Steigung extrap. Saugrohrdruck / Saugrohrdruck aus DK"
    VALUE
    0x814556
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x814556  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGMIFABG
    "Gewichtungsfaktor für Überhöhung über KFWMIFABG"
    CURVE
    0x810963
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810963  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGMIFAL
    "Gewichtungsfaktor für Überhöhung über KFWMIFAL"
    CURVE
    0x81096B
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81096B  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGMRIDV
    "Gewichtungsfaktor für Reglerinitialisierung bei Wiederaufnahme"
    CURVE
    0x8297DE
    KlASwSstSwWSw
    1.999939
    fak_sw_b2
    0.00
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297DE  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dvzvi_w
        vfzg_sw_q0p00781
        4
        -256.0000
        255.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_BFGR_DAT_UC
    ""
    VAL_BLK
    0x810DB7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810DB7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_MIFA_DAT_UC
    ""
    VAL_BLK
    0x810DC7
    KwbUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810DC7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_SFLAGS_DAT_UC
    ""
    VAL_BLK
    0x810DD7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810DD7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_TFLAGS_DAT_UC
    ""
    VAL_BLK
    0x810DE7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810DE7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_VFZG_DAT_UC
    ""
    VAL_BLK
    0x8166B2
    KwbUw
    4095.938
    vfzg_uw_q0p0625
    0.00
    4095.938

    FORMAT "%8.3"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8166B2  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGWRDLAM
    "Kennlinie für die Bewertung der Grenzwertregelung (fr)"
    CURVE
    0x82ECDE
    KlAUwSstSwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECDE  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dlamsbgr_w
        fak_sw_b1
        5
        -1.000000
        0.9999695

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGWRKA
    "Kennlinie stetige Grenzwertregelung (fr)"
    CURVE
    0x81AB89
    KlAUbSstUbWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB89  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fkakordl
        fak_ub_b4
        10
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGWRMSMX
    "Maximalwert Grenzwertregleingriff auf Sollmassenstrom"
    VALUE
    0x81AB9E
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGZLSD
    "Gewichtungsfaktor für Reduktion über KFZLSD"
    CURVE
    0x810973
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810973  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHDLLR
    "Höhenschwelle für Durchführung Diagnose Leerlaufsteller"
    VALUE
    0x81A8DE
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHODTEA
    "untere Höhenschwelle für DTEV aktiv"
    VALUE
    0x82EDB0
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHOE
    "Ersatzwert für Höhe"
    VALUE
    0x8195D2
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHOKH
    "minimaler Höhenfaktor für Katheizen"
    VALUE
    0x82C598
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C598  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHOKOB
    "Höhenschwelle für Kompressorabschaltung bei Beschleunigung"
    VALUE
    0x81AF07
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF07  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIAMALU
    "Anhebungsfaktor für Filter Mehrfachaussetzererkennung"
    VALUE
    0x81014A
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81014A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIKTD
    "Bewertungsfaktor des Kat-Ausräumintegrals bei Katdiagnose"
    VALUE
    0x829508
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829508  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIMALU
    "Filterfaktor Mehrfachaussetzererkennung"
    VALUE
    0x8131C4
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIMHU
    "Faktor Impuls hart"
    CURVE
    0x8105F9
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8105F9  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        anzwefim
        dez
        16
        0.00
        15.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIMWU
    "Faktor Impuls weich"
    CURVE
    0x810609
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810609  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        anzwefim
        dez
        16
        0.00
        15.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIPLSU
    "Faktor für Umrechnung Spannung in Pumpstrom"
    VALUE
    0x8167F4
    KwUw
    16383.75
    ispg_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8167F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIPREFLSU
    "Bewertungsfaktor für den Pumpstrom"
    VALUE
    0x811474
    KwUb
    31.88
    i_q0p125_uA
    0.00
    31.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811474  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIRNLIGN
    "Mindestwert für Winkelfehler nach der ersten Zündung"
    VALUE
    0x8101A4
    KwUb
    255.0
    kw_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKADPMN
    "miminaler Kraftstoffanteil über TEV für passive i.O. Prüfung."
    VALUE
    0x81ACF7
    KwSb
    0.9922
    fak_sb_b1
    0.00
    0.9922

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKAKORBMN
    "Minimum des Bereichs von fkakormt_w für Erkennung Fehlerverdacht Gemisch"
    VALUE
    0x82ECF4
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKAKORBMX
    "Maximum des Bereichs von fkakormt_w für Erkennung Fehlerverdacht Gemisch"
    VALUE
    0x82ECF6
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKAKORMO
    "obere fkakorm Schwelle für passive Einschaltbedingungen DTEV"
    VALUE
    0x82EDB2
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKAKORMU
    "untere fkakorm Schwelle für passive Einschaltbedingungen DTEV"
    VALUE
    0x82EDB4
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKAPROG
    "Progression Aufsteuerung spez. Kraftstoffrate"
    CURVE
    0x81AB9F
    KlAUbSstUbWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB9F  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fkastes
        fak_ub_b0p5
        5
        0.00
        0.4980

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKASNOXR
    "Faktor zur Reduzierung der spez. Kraftstoffrate bei NOx-Kat Regenerierung"
    VALUE
    0x82ECF8
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKASTINX
    "Kennlinie Max. spez. K-Rate abhängig vom Integral Massenstrom TE nach TE Stop"
    CURVE
    0x81ABAA
    KlAUbSstUbWUb
    0.4980
    fak_ub_b0p5
    0.00
    0.4980

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABAA  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imsteini
        m_ub_q0p0444
        5
        0.00
        11.32

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKATEB
    "Kennlinie Kraftstoffanteil Tankentlüftung abh. von te / TEMIN"
    CURVE
    0x81ABB5
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABB5  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        qtetemin
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKATEMNS
    "minmale Kraftstoffanteil Tankentlüftung in Schichtbetrieb"
    VALUE
    0x81ABBE
    KwSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABBE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKATEUM
    "Faktor Kraftstoffanteil Tankentlüftung für Freigabe BDE-Mode Umschaltung"
    VALUE
    0x81ABBF
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABBF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKATEUMS
    "Faktor Kraftstoffanteil Tankentlüftung für Freigabe BDE-Mode Umschaltung"
    VALUE
    0x81ABC0
    KwSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABC0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKAXAVKAT
    "Gewichtungsfaktor Sauerstoffspeicher in Abhängigkeit von avkatf"
    CURVE
    0x81AA94
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA94  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatf
        fak_ub_b1
        3
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKBLAGRA
    "Faktor Korrektur Querschnittsfläche AGR  - Applikationswert"
    VALUE
    0x8195EF
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKBLAGRUS
    "Untere Schwelle für Uebernahme schnellen AGR-Korrekturwert"
    VALUE
    0x81B49C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B49C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKDAGRSMN
    "Faktor Korrektur Diagnose AGR Minimum"
    VALUE
    0x81B450
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B450  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKDAGRSMX
    "Faktor Korrektur Diagnose AGR Maximum"
    VALUE
    0x81B452
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B452  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKDAHYMN
    "Faktor Diagnose AGR Hysterese für Minimum"
    VALUE
    0x81B454
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B454  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKDAHYMX
    "Faktor Diagnose AGR Hysterese für Maximum"
    VALUE
    0x81B456
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B456  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKDAKTMN
    "Faktor Korrektur Diagnose AGR Minimum Kurztest"
    VALUE
    0x81B458
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B458  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKDAKTMX
    "Faktor Korrektur Diagnose AGR Maximum Kurztest"
    VALUE
    0x81B45A
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B45A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKDASCHMN
    "Faktor Korrektur Diagnose AGR Minimum Schichtbetrieb"
    VALUE
    0x81B45C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B45C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKDASCHMX
    "Faktor Korrektur Diagnose AGR Maximum Schichtbetrieb"
    VALUE
    0x81B45E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B45E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKEFMC
    "Korrekturfaktor für Klopferkennungsschwelle bei Filtermittenfrequenzumschaltung"
    VALUE
    0x8106AE
    KwUb
    2.000
    fak_ub_b16
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106AE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKELDY
    "Korrekturfaktor für Klopferkennungsschwelle bei Lastdynamik"
    VALUE
    0x8106AF
    KwUb
    2.000
    fak_ub_b16
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106AF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKELDYA
    "Korrekturfaktor für Klopferkennungsschwelle bei Lastdynamikadaption"
    VALUE
    0x8106D6
    KwUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKENDY
    "Korrekturfaktor für Klopferkennungsschwelle bei Drehzahldynamik"
    VALUE
    0x8106B0
    KwUb
    2.000
    fak_ub_b16
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106B0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKETMOT
    "Tmperaturabhängiger Korrekturfaktur fr die Klopferkennungsschwellen"
    CURVE
    0x81A22E
    KlAUbSstUbWUb
    2.000
    fak_ub_b16
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A22E  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKFDARTM
    "Korrekturfaktor für fdar und fdars"
    CURVE
    0x81A8E2
    KlAUbSstUbWUb
    1.992
    fak_q0p0078
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8E2  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKFPEDV
    "Faktor für Interpolation zwischen den beiden Pedalkennfeldern"
    CURVE
    0x81A9B6
    KlAUbSstUbWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9B6  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        2
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKFWVWSR
    "Korrekturfaktor für fwvsrw_w bei Einleitstelle AGR"
    VALUE
    0x82A722
    KwUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A722  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKHABMN
    "Schwelle Abregelfaktor Katheizen"
    VALUE
    0x81A168
    KwUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A168  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKKBAMX
    "Maximalwert Faktor Korrrektur für Freigabe Blendenadaption AGR"
    VALUE
    0x81B49E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B49E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKKBAMXKT
    "Maximalwert Faktor Korrrektur für Freigabe Blendenadaption AGR Kourztest"
    VALUE
    0x81B4A0
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKKISRM
    "Korrekturfaktor für KISRM bei Filterungs von psxs_w"
    VALUE
    0x82AB10
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKKVS
    "Korrekturfaktor Kraftstoffversorgungssystem"
    MAP
    0x82AC20
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AC20  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tevfah_w
        tinjection_sy
        8
        0.00
        209.7120

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKL2HYSTMN
    "untere Hystereseschwelle für fkl2_w"
    VALUE
    0x82A2CE
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKL2HYSTMX
    "obere Hystereseschwelle für fkl2_w"
    VALUE
    0x82A2D0
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKLAFUGD
    "Ausgang aus KLAF bei PSPVDKUG"
    VALUE
    0x8139C2
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKMSAGRAMN
    "min. Korrekturfaktor Massenstrom AGR (adaptiver Teil)"
    VALUE
    0x81B4A2
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKMSAGRAMX
    "max. Korrekturfaktor Massenstrom AGR (adaptiver Teil)"
    VALUE
    0x81B4A4
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKMSDKMN
    "min.Korrekturfaktor schneller Massenstromabgleich"
    VALUE
    0x81390E
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81390E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKMSDKMX
    "max.Korrekturfaktor schneller Massenstromabgleich"
    VALUE
    0x813910
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813910  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKOMSSU
    "Korrektur maximaler Schwefelgehalt"
    CURVE
    0x829258
    KlAUwSstUwWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829258  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fmsusp_w
        fak_uw_b128
        5
        0.00
        127.9980

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKPVDKMN
    "Minimaler Korrekturfaktor langsamer Massenstomabgleich"
    VALUE
    0x829F86
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKPVDKMSMN
    "norm. Soll-Drosselklappenmassenstrom, ab dem Adaption von fkpvdk freigegeben ist"
    VALUE
    0x829F88
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKPVDKMX
    "Maximaler Korrekturfaktor langsamer Massenstomabgleich"
    VALUE
    0x829F8A
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKPVDKPMN
    "Druckverhältnis, ab dem fkpvdk gelernt wird"
    VALUE
    0x829F8C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKPVDKPUGD
    "Druckverhältnis, ab dem fkpvdk_w nicht mehr gerechnet wird"
    VALUE
    0x829F8E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKRFTPFMC
    "Korrekturfaktor des Tiefpaßverhaltens bei Umschaltung der Filtermittenfrequenz"
    VALUE
    0x8106B1
    KwUb
    0.5000
    fak_ub_b2
    0.5000
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106B1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKSTT
    "Faktor Kaltstart"
    CURVE
    0x8145F4
    KlAUbSstUbWUw
    63.99902
    fak_uw_b64
    0.00
    63.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8145F4  0x26  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKTDAVK
    "Faktor avkatf-Umrechnung bei Katdiagnose"
    VALUE
    0x819479
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819479  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKTDFE
    "Faktor Fetteintrag bei Katdiagnose"
    VALUE
    0x81947A
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81947A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKTDFET
    "Faktor Fetteintrag bei Katdiagnose, Testeranforderung"
    VALUE
    0x81947B
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81947B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKTDGTV
    "Katdiagnose: Faktor für Temperaturgradientenabhängige Verzugszeit"
    VALUE
    0x819484
    KwUb
    8.000
    ttemp_q0p0333
    0.00
    8.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819484  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKTIBGR
    "Korrekturfaktor für mitibgr Berechnung"
    VALUE
    0x8199EE
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKWSTART
    "Schwelle Anforderungsfaktor ab dem Kat-Warmhalten eingeschaltet wird"
    VALUE
    0x82C544
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C544  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKWSTOP
    "Schwelle Anforderungsfaktor ab der Kat-Warmhalten abgeschaltet wird"
    VALUE
    0x82C546
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C546  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKWTANFH
    "Kennlinie Faktor für Abgastemperaturanforderung zum Hauptkatalysator-warmhalten"
    CURVE
    0x82C548
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C548  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tkihkm_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        AXIS_PTS_REF STKIHKM06

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKWTANFV
    "Kennlinie Faktor für Abgastemperaturanforderung zum Vorkatalysator-warmhalten"
    CURVE
    0x82C554
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C554  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tkivkm_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        AXIS_PTS_REF STKIVKM06

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKWWSANFH
    "Kennlinie Faktor für Abgaswärmestromanforderung zum Hauptkatalysator-warmhalten"
    CURVE
    0x82C560
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C560  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tkihkm_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        AXIS_PTS_REF STKIHKM06

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKWWSANFV
    "Kennlinie Faktro für Abgaswärmestromanforderung zum Vorkatalysatorwarmhalten"
    CURVE
    0x82C56C
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C56C  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tkivkm_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        AXIS_PTS_REF STKIVKM06

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKZDPTM
    "Korrekturfaktor Zeitkonstante Dashpot"
    CURVE
    0x81A9BB
    KlAUbSstUbWUb
    1.49804
    rfak_q0p5
    0.501961
    2.00000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9BB  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLAFMX
    "maximale Förderleistungsanforderung"
    VALUE
    0x829B40
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLAMPFT
    "Druck-Korrekturfaktor für Lambda fett"
    CURVE
    0x82EA3E
    KlAUbSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA3E  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        palsu_w
        p_uw_q0p039
        10
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLAMPMR
    "Druck-Korrekturfaktor für Lambda mager"
    CURVE
    0x82EA68
    KlAUbSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA68  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        palsu_w
        p_uw_q0p039
        10
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLBE
    "Ersatzwert für den Ist-LBK-Faktor"
    VALUE
    0x82AA42
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AA42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLBKAGRU
    "Faktor Ladungsbewegung für AGR - Sollwertumschaltung"
    VALUE
    0x81E2C0
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLBKETAZW
    "Umschaltschwelle Ladungsbewegung zur Korrektur ETAZW in ATM"
    VALUE
    0x827C06
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLBKKLP2
    "Umschaltschwelle Faktor Ladungsbewegung für LBK = Klappe 2"
    VALUE
    0x82A2D2
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLBKLBTS
    "Faktor Ladungsbewegung für Umschaltung auf anderes Anfettungskennfeld"
    VALUE
    0x82AFA4
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLBLBK
    "Umrechnung LBK-Klappenposition in Faktor Ladungsbewegung"
    CURVE
    0x82AA44
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AA44  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lbkist_w
        rel_uw_b100
        6
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLBSAP
    "Applikationsvorgabe für Faktor Ladungswegegung"
    VALUE
    0x81964E
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81964E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLBSWSTART
    "Faktor Ladungsbewegung im Start"
    VALUE
    0x81964F
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81964F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLFO
    "Filterfaktor Lernfilter der fuel-on/-off Adaption"
    VALUE
    0x81313E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81313E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLFOF
    "Filterfaktor Lernfilter der fuel-off Adaption"
    VALUE
    0x81318E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81318E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLMLKAMA
    "Faktor zur Bewertung Schwellwert integr. Fettfl. f. Abbruch Kat-Ausr. Pre/Main"
    VALUE
    0x81AA9B
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLOMN
    "Unterer Grenzwert Korrekturfaktor Lightoff-Kennlinie"
    VALUE
    0x828234
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828234  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLOMX
    "Oberer Grenzwert Korrekturfaktor Lightoff-Kennlinie"
    VALUE
    0x828236
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828236  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLOOFF
    "Offset Korrekturfaktor Lightoff-Kennlinie"
    VALUE
    0x828238
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828238  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRAWG
    "Verstärkung Lastregler bei AT, WK geschlossen"
    CURVE
    0x81A8EF
    FklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8EF  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRFDAR
    "Faktor für Verstärkung des AR-Eingriffs im Low Range"
    VALUE
    0x81A8F7
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRFLRAR
    "Faktor für Verstärkung zur Nachbildung der externen Last im Low Range"
    VALUE
    0x81A8F8
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRHG
    "Verstärkung Lastregler"
    CURVE
    0x81A8F9
    FklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8F9  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRKIFZ
    "Faktor für Verstärkung Fahrzeugmodell im Low Range"
    VALUE
    0x81A901
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A901  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRMIFABG
    "Faktor für Momenten-Änderungsbegrenzung im Low Range"
    VALUE
    0x81097B
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81097B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRMIFAL
    "Faktor für Fahrerwunschmoment Füllungspfad im Low Range"
    VALUE
    0x81097C
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81097C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRSG2K
    "Korrekturfaktor für Reglerparameter G2 bei temperaturabhängiger Reglereinstellug"
    VALUE
    0x81AA43
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA43  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRZDASH
    "Faktor für Dashpot-Zeitkonstante im Low Range"
    VALUE
    0x81097D
    KwUb
    3.49804
    rfak_q0p5
    0.501961
    4.00000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81097D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRZLSD
    "Faktor für LSD-Zeitkonstante im Low Range"
    VALUE
    0x81A9C8
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLR_AOG
    "oberer Grenzwert Anpassung Lambdaregelung-TV-Verschiebung"
    VALUE
    0x8106E9
    KwSb
    2.550
    t10msxs_sb_q0p01
    -1.280
    1.270

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLR_AUG
    "unterer Grenzwert Anpassung Lambdaregelung-TV-Verschiebung"
    VALUE
    0x8106EA
    KwSb
    2.550
    t10msxs_sb_q0p01
    -1.280
    1.270

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLSUFTKL
    "Faktor zur Spannungsumrechung bei Verwendung der v=8-Kennlinie"
    VALUE
    0x8167F6
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8167F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLTEFUEL
    "Faktor Anteil TEV Strom, der direkt ins Saugrohr strömt"
    CURVE
    0x81ADA6
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADA6  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        qltefil
        fak_ub_b1
        4
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLURMN
    "Faktor Laufunruhe-Referenzwert f. Erkenng. Mehrfachauss., -> Vergleich mit Lum"
    CURVE
    0x81AB2A
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB2A  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLURNN
    "Faktor Laufunruhe-Referenzwert für Erkennung negative Laufunruhe"
    CURVE
    0x81AB32
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB32  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLURNV
    "Faktor Laufunruhe-Referenzwert für Erkennung negative Laufunruhe"
    CURVE
    0x81AB3A
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB3A  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        8
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLURPNN
    "Faktor Laufunruhe-Referenzwert f. Erkenng. Mehrfachauss., -> pos.-neg.-Abstand"
    CURVE
    0x81AB4B
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB4B  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLURRN
    "Faktor Laufunruhe-Referenzwert für Differenz Laufunruhe um Referenzwert"
    CURVE
    0x81AB53
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB53  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLUTN
    "Filterfaktor Laufunruhe-Filter"
    VALUE
    0x81F186
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F186  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLUV1
    "Schalter der Modifikation 1 der Laufunruhe-Berechnung"
    VALUE
    0x810147
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810147  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDGEN
    "Faktor Generatormoment vor Eigenerwärmung"
    VALUE
    0x81A7DF
    KwUb
    6.969
    fak_ub_b8
    1.000
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDGENTA
    "Generatormoment Temperaturanteil"
    CURVE
    0x81A7E0
    KlAUbSstUbWUb
    1.992
    rel_ub_b2p0
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7E0  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDWAT
    "Faktor zur Berechnung des Wandlermoments abh. von der Öltemperatur des Wandlers"
    CURVE
    0x81A74C
    GklWUb
    0.000119850000
    fak_ub_q4p7Em7
    0.00
    0.000119850000

    FORMAT "%14.12"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A74C  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMFKRN
    "Filtermittenfrequenz für Bandpaßfilter Klopfregelung"
    CURVE
    0x81A193
    FklWUb
    255.0
    fmfkr_dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A193  0x4  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        stkrfmf
        dez
        4
        0.00
        3.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  4

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMFKRNZ
    "Filtermittenfrequenz für Bandpaßfilter Klopfregelung, zylinderindividuell"
    MAP
    0x810681
    FkfNoShNoOffWUb
    255.0
    fmfkr_dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810681  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        stkrfmf
        dez
        4
        0.00
        3.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  4

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        zylindex
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMILBNM
    "Moment zur Umschaltung der LBK in Abhängigkeit von der Drehzahl"
    CURVE
    0x819650
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819650  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMILBNMKM
    "Moment zur Umschaltung der LBK  Abhängig von Drehzahl bei kalter Motor"
    CURVE
    0x819661
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819661  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMILBNMKR
    "Moment zur Umschaltung der LBK in Abhängigkeit von der Drehzahl"
    CURVE
    0x819672
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819672  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMIVL
    "Faktor Korrektur maximales Moment bei VL"
    VALUE
    0x81A9D6
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMLU
    "Filtermass für Laufunruhe-Testgröße"
    VALUE
    0x810671
    KwUb
    1.000
    fak_ub_b1
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810671  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMOTC
    "Motor-Codierung (CAN)"
    VALUE
    0x8100F2
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNLMI0
    "Bewertungsfaktor von tsegph(k) für gleitenden Mittelwert"
    VALUE
    0x8101A5
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNLMI1
    "Bewertungsfaktor von tsegph(k-1) für gleitenden Mittelwert"
    VALUE
    0x8101A6
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNLMI2
    "Bewertungsfaktor von tsegph(k-2) für gleitenden Mittelwert"
    VALUE
    0x8101A7
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNLPRUEF
    "Faktor Wiederholprüfung Nachlaufzeitberechnung"
    VALUE
    0x81AF4E
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF4E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNOSG
    "Faktor NOx-Speichergröße"
    VALUE
    0x82926E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82926E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNRAD
    "Faktor zwischen Raddrehzahl und Geschwindigkeit f(Radumfang)"
    VALUE
    0x810745
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810745  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSHO
    "Wichtung Nachstartanhebung"
    CURVE
    0x819793
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819793  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSNF
    "Faktor für Solldrehzahlnachführung"
    VALUE
    0x81A5E7
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSSM
    "Nachstartanhebung"
    CURVE
    0x81979C
    GklWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81979C  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSSMHSP
    "Nachstartanhebung bei Homogen-Lambdasplit"
    CURVE
    0x8197A8
    GklWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197A8  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSSTKM
    "Faktor zur Wichtung der Solldrehzahl im Start bei Kat-Heizen"
    CURVE
    0x81A5E8
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E8  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSSTM
    "Faktor zur Wichtung der Solldrehzahl im Start"
    CURVE
    0x81A5F5
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5F5  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSTABNV
    "Faktor zur Drehzahlstabilisierung durch Drehmoment"
    CURVE
    0x82D5C8
    KlAUwSstUwWUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D5C8  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nver_w
        fak_uw_b8
        6
        0.00
        7.999878

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSWLMX
    "Maximale Nachstart-/Warmlaufanreicherung für Drehmomentenüberwachung"
    VALUE
    0x81F082
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F082  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNS_AOG
    "oberer Grenzwert Anpassung Faktor Nachstart"
    VALUE
    0x8106EB
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNS_AUG
    "unterer Grenzwert Anpassung Faktor Nachstart"
    VALUE
    0x8106EC
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FO2MF
    "Faktor zur Berechnung der OSC bei Mager-Fett-Sprung"
    VALUE
    0x81360E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81360E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FOFAKT
    "Codewort zum Anhalten der Fuel-off Adaption"
    VALUE
    0x81013E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81013E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FOSCFAVK
    "Kennlinie Korrekturfaktor Sauerstoff-Speicherfähigk. in Abhänigkeit Kat-Alter"
    CURVE
    0x81940D
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81940D  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatf
        fak_ub_b1
        8
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPDAGRDSS
    "Korrekturfaktor für agr-Partialdruck zur Saugrohrdruckdiagnose"
    VALUE
    0x82A006
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A006  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPLMRM
    "Wichtungsfaktor für P-Anteil Luftmassenregler"
    CURVE
    0x81962E
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81962E  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPLSOSCF
    "Faktor zur Plausibilisierung der Messung der Sauerstoff-Speicherfähigkeit Vorkat"
    VALUE
    0x81941E
    KwUb
    31.88
    fak_ub_b32
    0.00
    31.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81941E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRAT
    "Ansauglufttemperaturschwelle für DV-E-Federprüfung"
    VALUE
    0x810243
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810243  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRMT
    "Motortemperaturschwelle für DV-E-Federprüfung"
    VALUE
    0x810244
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810244  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRNMAX
    "Motordrehzahlschwelle für DV-E-Federprüfung"
    VALUE
    0x810245
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810245  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRTIM1_T
    "DV-E-Federprüfung, Wartezeit in Prüfschritt 1"
    VALUE
    0x810246
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810246  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRTIM2_T
    "DV-E-Federprüfung, Wartezeit in Prüfschritt 2"
    VALUE
    0x810247
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810247  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRTIM3_T
    "DV-E-Federprüfung: Wartezeit in Prüfschritt 5"
    VALUE
    0x810248
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810248  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRTIM4_T
    "DV-E-Federprüfung: Wartezeit in Prüfschritt 6"
    VALUE
    0x810249
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810249  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVHKMSAB
    "Kennlinie für massenstromabhängigen Faktor für Druckgradient über Hauptkat"
    CURVE
    0x81B518
    KlAUbSstUwWUw
    104856.0
    m_q1p6
    0.00
    104856.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B518  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabvhk_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVHKTTA
    "Kennlinie für temperaturabhängigen Faktor für Druckgradient über Hauptkat"
    CURVE
    0x81B52E
    KlAUbSstUwWUb
    5100.
    fak_q20_hPahPa_mul_h_div_kg
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B52E  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkihkmm_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVMXP
    "Faktor maximales Druckverhältnis fuer Lastpraediktion"
    VALUE
    0x814558
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814558  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVMXST
    "Faktor maximales Druckverhältnis im Start"
    VALUE
    0x82A2D4
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVVKMSAB
    "Kennlinie für massenstromabhängigen Faktor für Druckgradient über Vorkat"
    CURVE
    0x81B542
    KlAUbSstUwWUw
    104856.0
    m_q1p6
    0.00
    104856.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B542  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabvvk_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVVKTTA
    "Kennlinie für temperaturabhängigen Faktor für Druckgradient über Vorkat"
    CURVE
    0x81B558
    KlAUbSstUwWUb
    5100.
    fak_q20_hPahPa_mul_h_div_kg
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B558  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkivkmm_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPWDKAPP
    "Drosselklappenkennlinie abh. von Fahrpedal nur f. Applik."
    CURVE
    0x8139C4
    KlAUwSstUwWUw
    98.79913
    rel_uw_b100
    1.199341
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139C4  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped_w
        relPED_uw_b100
        16
        0.00
        100.0000

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FQTIMNH
    "Gewichtungsfaktor für  min. Einspritzdauer im Homogenbetrieb"
    VALUE
    0x81ABC1
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABC1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FQTIMNS
    "Gewichtungsfaktor für  min. Einspritzdauer im Schichtbetrieb"
    VALUE
    0x81ABC2
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABC2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRADN
    "untere fra-Schwelle für Fehlererkennung im Kraftstoffversorgungssystem"
    VALUE
    0x82AF68
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRADNFA
    "untere fra-Schwelle für Fehlererkennung bei Funktionsanforderung (B_falra)"
    VALUE
    0x82AF6A
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRADX
    "obere fra-Schwelle für Fehlererkennung im Kraftstoffversorgungssystem"
    VALUE
    0x82AF6C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRADXFA
    "obere fra-Schwelle für Fehlererkennung bei Funktionsanforderung (B_falra)"
    VALUE
    0x82AF6E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAGRSAB
    "Faktor Regelung AGR-Sollwert Abnahme- Integratorparameter"
    VALUE
    0x81E2C2
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAGRSMN
    "Faktor Regelung AGR-Sollwert Minimum"
    VALUE
    0x81E2C4
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAGRSZU
    "Faktor Regelung AGR-Sollwert Zunahme-Integratorparameter"
    VALUE
    0x81E2C6
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAMN
    "untere Begrenzung des Korrekturfaktors fra"
    VALUE
    0x82ADAC
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAMX
    "obere Begrenzung des Korrekturfaktors fra"
    VALUE
    0x82ADAE
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRARAWGS
    "Verstärkungsfaktor Antiruckel bei AT, WK geschlossen für Stationärpfad"
    CURVE
    0x81A902
    FklWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A902  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRARHGS
    "Verstärkungsfaktor Antiruckel für Stationärpfad"
    CURVE
    0x81A90A
    FklWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A90A  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRARN
    "reduzierte untere Begrenzung des Korrekturfaktors fra"
    VALUE
    0x82ADB0
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRARX
    "reduzierte obere Begrenzung des Korrekturfaktors fra"
    VALUE
    0x82ADB2
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRATMN
    "untere Begrenzung des Korrekturfaktors frat"
    VALUE
    0x82ADB4
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRATMX
    "obere Begrenzung des Korrekturfaktors frat"
    VALUE
    0x82ADB6
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRFC
    "Faktor relative Gasmasse in Wärmekapazität"
    VALUE
    0x82C734
    KwUw
    0.0004166603
    qcipt_q6p358Em9
    0.00
    0.0004166603

    FORMAT "%12.10"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C734  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRGNO2B
    "Umrechnungsfaktor für den gesamten Reduktionsmittelmassenstrom auf NO2-Basis"
    VALUE
    0x828084
    KwUw
    15999.76
    fak_q0p244_mgdivg
    0.00
    15999.76

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828084  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRIRLABBR
    "Faktor auf rir_w zur Berechnung von labbrm_w"
    VALUE
    0x814D50
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKAP
    "Faktor relative Kraftstoffmasse für Applikation"
    VALUE
    0x8196B5
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKKMA
    "Faktor Anpassung relative Kraftstoffmasse Kleinmengenansteuerung"
    VALUE
    0x81A158
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A158  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKMN_UM
    "Min. Toleranz von rel. Kraftstoffmasse aus Einspritzzeit"
    VALUE
    0x814076
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814076  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKMX_UM
    "Max. Toleranz von rel. Kraftstoffmasse aus Einspritzzeit"
    VALUE
    0x814077
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814077  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKSHKS
    "rks-Anteil bei Vollast-Doppeleinspritzung"
    VALUE
    0x8182FF
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8182FF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKTEMN
    "Faktor für minimal zulässige rkte_w"
    VALUE
    0x82ECFA
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKTEMX
    "Faktor für maximal zulässige rkte_w"
    VALUE
    0x82ECFC
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKW
    "Faktor relative Kraftstoffmasse in Wärme"
    VALUE
    0x82C736
    KwUw
    2.559961
    qipt_q3p906Em5
    0.00
    2.559961

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C736  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRK_AOG
    "oberer Grenzwert Anpassung Faktor Grundanpassung"
    VALUE
    0x8106ED
    KwUb
    0.4980
    fak_ub_b1p25_o0p75
    0.7500
    1.248

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRK_AUG
    "unterer Grenzwert Anpassung Faktor Grundanpassung"
    VALUE
    0x8106EE
    KwUb
    0.4980
    fak_ub_b1p25_o0p75
    0.7500
    1.248

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRLKEVT
    "Korrektur max. rl in Abhängigkeit der Ventiltemperatur"
    CURVE
    0x82DD28
    KlAUbSstUbWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DD28  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        evtmod
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMAX
    "obere Regelbereichsgrenze"
    VALUE
    0x8166E8
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8166E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMDTEVO
    "obere frm Schwelle für passive i.O. Prüfung Diagnose TEV"
    VALUE
    0x82EDB6
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMDTEVU
    "untere frm Schwelle für passive i.O. Prüfung Diagnose TEV"
    VALUE
    0x82EDB8
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMIN
    "untere Regelbereichsgrenze"
    VALUE
    0x8166EA
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8166EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMNO2B
    "Umrechnungsfaktor für Reduktionsmittelmassenstrom auf NO2-Basis"
    VALUE
    0x81FBC0
    KwUw
    15999.76
    fak_q0p244_mgdivg
    0.00
    15999.76

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMNSCH
    "minimale Lamdaregelungs-Grenze zur Zulassung des Schicht-Betriebes"
    VALUE
    0x81F0F8
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMSTDN
    "untere Diagnoseschwelle (short test)"
    VALUE
    0x8198ED
    KwUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMSTDX
    "obere Diagnoseschwelle (short test)"
    VALUE
    0x8198EE
    KwUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMXSCH
    "maximale Lamdaregelungs-Grenze zur Zulassung des Schicht-Betriebes"
    VALUE
    0x81F0FA
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRRLUFAMN
    "Minimaler AGR-Faktor"
    VALUE
    0x810672
    KwUb
    2.550
    fak_ub_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810672  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRRLUMN
    "Minimaler AGR-Faktor Hauptkat-Lightoff"
    VALUE
    0x810673
    KwUb
    2.550
    fak_ub_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810673  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRRLUMX
    "Maximaler AGR-Faktor Hauptkat-Lightoff"
    VALUE
    0x810674
    KwUb
    5.100
    fak_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810674  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRSCFAVK
    "Kennlinie Korrekturfaktor Fettgasspeicherfähig. in Abhänigk. von Kat-Alter"
    CURVE
    0x81941F
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81941F  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatf
        fak_ub_b1
        8
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRSNAMX
    "max. Reglerhub wenn die Lambdasonde UASNAMN<ua10mo<UASNAMX anzeigt"
    VALUE
    0x82EA94
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRTKT
    "Mittelwert Anzahl Verbrennungen zwischen 2 ZGST-Reglertakten"
    VALUE
    0x819D5A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D5A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FR_MX_UC
    "FR_MX_UM im Befehlstest"
    VALUE
    0x810B9B
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FR_MX_UM
    "Max zulässige Lambda Adaption in Funktionsüberwachung"
    VALUE
    0x8140B0
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FS1FO
    "Filterfaktor Segmentzeit-Filter 1 der fuel-on/-off Adaption"
    VALUE
    0x813140
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813140  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FS1FOF
    "Filterfaktor Segmentzeit-Filter 1 der fuel-off Adaption"
    VALUE
    0x813190
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813190  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FS2FO
    "Filterfaktor Segmentzeit-Filter 2 der fuel-on/-off Adaption"
    VALUE
    0x813142
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813142  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FS2FOF
    "Filterfaktor Segmentzeit-Filter 2 der fuel-off Adaption"
    VALUE
    0x813192
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813192  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSAUF
    "Faktor Schwefelaufnahme"
    VALUE
    0x829270
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829270  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSPAAP
    "Applikationswert Faktor aktuelle NOx-Maximalspeichergröße"
    VALUE
    0x828A3E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSPAIOW
    "FSPA i.O. Wert"
    VALUE
    0x828A40
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSPAOFF
    "unterste Schwelle für fspa-Wert n. Entschwefelung & Umschalten Lambda=1 Betrieb"
    VALUE
    0x828B28
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSPARGR
    "Min. Schwelle fspa-Wert für konstantes Regenerationslambda"
    VALUE
    0x82857C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82857C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSPASCHW
    "Schwelle fspa"
    VALUE
    0x828B2A
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSPASKT
    "FSPA-Schwelle für Kurztrip"
    VALUE
    0x828B2C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSRFKAS
    "Faktor Steilheit Regelung spez. Kraftstoffanteil in Nähe Sollkraftstoffanteil"
    VALUE
    0x81ABC3
    KwUb
    59.75
    fak_ub_b64
    4.000
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSTHO
    "Wichtung Startfaktor"
    CURVE
    0x8196ED
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196ED  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FST_AOG
    "oberer Grenzwert Anpassung Faktor Start"
    VALUE
    0x8106EF
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FST_AUG
    "unterer Grenzwert Anpassung Faktor Start"
    VALUE
    0x8106F0
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSWKB
    "Beschleunigungsschwelle der Setzwertkorrektur"
    VALUE
    0x82974E
    KwUw
    19.99969
    rel_uw_b20
    0.00
    19.99969

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82974E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSWKV
    "Verzögerungsschwelle der Setzwertkorrektur"
    VALUE
    0x829750
    KwUw
    19.99969
    rel_uw_b20
    0.00
    19.99969

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829750  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSZTDY
    "Faktor Schließzeitkorrektur  Dynamikvorhalt"
    CURVE
    0x81AECF
    KlAUbSstUbWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AECF  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSZTM
    "Faktor Schließzeitkorrektur tmot-abhängig"
    CURVE
    0x81AEE0
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEE0  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTAGRV
    "Faktor für Temperaturabfall an AGR_Leitung bis AGR_Ventil"
    CURVE
    0x82A16A
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A16A  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msagr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTANFKH
    "Anteil von treal_w als Temperaturforderung Abgas zum Heizen des Kat. nach Start"
    VALUE
    0x81A169
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A169  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTANFKTNOX
    "Faktor Temperaturanforderung f. schnelles Überschreiten Taupunkt NOx-S. (K-Trip)"
    VALUE
    0x819465
    KwUb
    1.992
    fak_ub_q7p81Em3
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819465  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTAUSTP
    "Faktor für Zeitkonstante tau bei der Ausblendung der ZGST-Regelung"
    VALUE
    0x819D5B
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D5B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTDAG
    "Faktor für Temperaturabfall an AGR_Leitung bis Einleitstelle"
    CURVE
    0x82A18C
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A18C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msagr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADDPO
    "obere Beladungsschwelle für passive i.O. Prüfung"
    VALUE
    0x82EDBA
    KwSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADDPU
    "untere Beladungsschwelle für passive i.O. Prüfung"
    VALUE
    0x82EDBC
    KwSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADGAO
    "obere Beladungsschwelle für Gemischadaption Anfordern"
    VALUE
    0x8198CF
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADGAU
    "untere Beladungsschwelle für Gemischadaption Anfordern"
    VALUE
    0x8198D0
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADGSO
    "Obere Beladungsschwelle für Gemischadaption stoppen"
    VALUE
    0x8198D1
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADGSU
    "Untere Beladungsschwelle für Gemischadaption nach Sperre wieder freigeben"
    VALUE
    0x8198D2
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADNPMN
    "Min-Schwelle für Erkennung unplausibler HC-Beladung"
    VALUE
    0x82ECFE
    KwSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ECFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADNPMX
    "Max-Schwelle für Erkennung unplausibler HC-Beladung"
    VALUE
    0x82ED00
    KwSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADRPL
    "Beladungsschwelle für Zurücksetzen von mittlerer Beladung auf niedrige Beladung"
    VALUE
    0x81AB6B
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB6B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADRPM
    "Beladungsschwelle für Zurücksetzen von hoher Beladung auf mittlere Beladung"
    VALUE
    0x81AB6C
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB6C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADSPH
    "Beladungsschwelle für Setzen von mittlerer Beladung auf hohe Beladung"
    VALUE
    0x81AB6D
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB6D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADSPM
    "Beladungsschwelle für Setzen von niedriger Beladung auf mittlere Beladung"
    VALUE
    0x81AB6E
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEDYLSUMX
    "max. Beladung (Faktor) ab der keine Dynamikdiagnose mehr laufen darf"
    VALUE
    0x811476
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811476  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEVFXS
    "Kennlinie max. prozentuale TEV-Öffnung im Schichtbetrieb"
    CURVE
    0x81ABC4
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABC4  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTKANMO
    "Faktor tkasoll-Wichtung über Drehzahl"
    CURVE
    0x81AF4F
    KlAUbSstUbWUb
    4.000
    fak_ub_q0p015
    0.00
    4.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF4F  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTLRSSCH
    "Korrekturfaktor Streckentotzeit Kraftstoff-Lambdapfad im Schichtbetrieb"
    VALUE
    0x82B84E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B84E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTMOTKHK
    "Faktor des Motortemperatureinflußes auf  Wärmeverluste Hauptkat"
    VALUE
    0x8193C9
    KwUb
    2.361
    fak_q0p00926_JsKK
    0.00
    2.361

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTMOTKHX
    "Faktor des Motortemperatureinflußes auf  Wärmeverluste am LSU-Sechskant"
    VALUE
    0x8193D3
    KwUb
    2.361
    fak_q0p00926_JsKK
    0.00
    2.361

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTMOTKVK
    "Faktor des Motortemperatureinflußes auf Wärmeverluste vor Vorkat"
    VALUE
    0x8193CA
    KwUb
    2.361
    fak_q0p00926_JsKK
    0.00
    2.361

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTMOTZKA
    ""
    VALUE
    0x81FB82
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTREALKAH
    "Faktor für realisierbare Abgastemperatur bei Katalysatoraufheizen"
    VALUE
    0x819448
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819448  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTUB
    "Faktor Schließzeitkorrektur ubat - abhängig"
    CURVE
    0x81AEEB
    KlAUbSstUbWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEEB  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt
        8
        0.00
        17.95

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTVDKTAVDK
    "Temperaturfaktor für Drosselventildurchfluß"
    CURVE
    0x82A724
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A724  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tadk_w
        temp_q0p0234_o273
        16
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTVWDKMX
    "Faktor Verzögerung max. DK-Winkel"
    VALUE
    0x8196B8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUBAGR
    "DLR, Faktor Filterkonstante für Filterung von Ubatt"
    VALUE
    0x81B34E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B34E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUBAOF
    "Offenzeit für Funkenbandzündung"
    VALUE
    0x816DC0
    KwUw
    52.42000
    tsegment_sy
    0.008000000
    52.42800

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816DC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKDE
    "Faktor ÜK Direkteinspritzung"
    VALUE
    0x814D52
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKNSTM
    "Startwert Faktor ÜK im Nachstart"
    CURVE
    0x819F3D
    KlAUbSstUbWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F3D  0x13  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUMRBRK
    "Faktor Umrechnung HC-Konzentration in Beladung ftead"
    VALUE
    0x81ABCD
    KwUb
    31.88
    fak_ub_b32
    0.00
    31.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABCD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUPSRLMN
    "Umrechnungsfaktor Druck auf Füllung Minimum"
    VALUE
    0x82A2D6
    KwUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUPSRLMX
    "Umrechnungsfaktor Druck auf Füllung Maximum"
    VALUE
    0x82A2D8
    KwUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVANST
    "Gewichtungsfaktor VA im Nachstart"
    VALUE
    0x819F50
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F50  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVA_AOG
    "oberer Grenzwert Anpassung Faktor VA"
    VALUE
    0x8106F1
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVA_AUG
    "unterer Grenzwert Anpassung Faktor VA"
    VALUE
    0x8106F2
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVDMDWAN
    "Verstärkungsfaktor zur Bildung D-Ateil-Wandlermomnet"
    VALUE
    0x810746
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810746  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVERMN
    "Kennlinie Faktor Vermischung Regeneriergas Tankentlüftung mit Frischluft"
    CURVE
    0x81ABCE
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABCE  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVERZDYN
    "Dynamischer Faktor Verzögerung Regeneriergas zw. Drosselklappe, Einspritzventil"
    CURVE
    0x82ED02
    GklWUw
    0.003905886
    t_min_q5p96em8
    0.00
    0.003905886

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED02  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        qmsdyn
        fak_ub_b16
        5
        0.00
        15.94

        AXIS_PTS_REF SQM05TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVLRAS
    "Schwelle für Erkennung eines Fehlerverdachts in der LRA"
    VALUE
    0x82ADB8
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVRMDYN
    "dynamischer Faktor Vermischung Regeneriergas Tankentlüftung mit Frischluft"
    CURVE
    0x81ABDB
    GklWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABDB  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        qmsdyn
        fak_ub_b16
        5
        0.00
        15.94

        AXIS_PTS_REF SQM05TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVSTMX_UC
    "FVSTMX_UC im Befehlstest"
    VALUE
    0x810B9C
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVSTMX_UM
    "max. zulässiger Nachstartfaktor für Überwachung auf Basis Kraftstoffmasse"
    VALUE
    0x8140B1
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVSTTKT
    "Taktfaktor ZGST-Regler zu Vorsteuerungsadaption"
    VALUE
    0x819D5C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D5C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVST_UC
    ""
    VALUE
    0x810C1B
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C1B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWCBFT
    "Bewertungsfaktor Turbo für CAN-Ausgabe"
    VALUE
    0x8100F3
    KwUb
    25.50
    fak_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWCSBK
    "Steigung der Befüllungskennlinie für CAN-Ausgabe"
    VALUE
    0x8100F4
    KwUb
    0.2550
    volgrd_q0p001
    0.00
    0.2550

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWDKSHYS
    "Hystereseschwelle für Abschalten des Überwegs aus Faktor*wdkugd_w"
    VALUE
    0x813A06
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWDMVAD
    "Faktor zur Wichtung von dmvad_w in %MDMIN"
    CURVE
    0x82D5E2
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D5E2  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nver_w
        fak_uw_b8
        8
        0.00
        7.999878

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEHT
    "Faktor Wiedereinsetzmenge  temperaturabhängig (hartes WE)"
    CURVE
    0x81988C
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81988C  0x13  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEMRFA
    "Faktor Wiedereinsetzmenge über Fahrerwunschmoment"
    CURVE
    0x8147BC
    KlAUwSstUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147BC  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mrfa_w
        rel_uw_b200
        6
        0.00
        199.9969

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWET
    "Faktor Wiedereinsetzmenge temperaturabhaengig"
    CURVE
    0x81989F
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81989F  0x13  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWFLDKVVDK
    "Faktor Wärmeverluste von msdk an DK abh. von Geschw. Massenstrom vor DK"
    CURVE
    0x82A766
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A766  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vmsdkvdk_w
        vgas_uw_b256
        10
        0.00
        255.996

        FORMAT "%7.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWFTBRTA
    "Wichtung ftbr in Abhängigkeit von tans"
    CURVE
    0x82A790
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A790  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tempin_w
        temp_q0p0234_o273
        14
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWIHDR
    "Wichtungsfaktor PI-Regler-Parameter HDR; I-Anteil"
    CURVE
    0x81A135
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A135  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWLBKZWMN
    "LBK-Schwelle zur Kennfeldumschaltung des spätest mögl. Zündw."
    VALUE
    0x811550
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811550  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWLKFTBR
    "Warmlaufkorrektur für Brennraumtemperaturmodell"
    CURVE
    0x82A7CA
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A7CA  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotdifk_w
        temp_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWL_AOG
    "oberer Grenzwert Anpassung Faktor Warmlauf"
    VALUE
    0x8106F3
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWL_AUG
    "unterer Grenzwert Anpassung Faktor Warmlauf"
    VALUE
    0x8106F4
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMABGW
    "Faktor für Wärmemengen bei Wiederholstart für Taupunktende Abgas vor Vorkat"
    VALUE
    0x8193CB
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMKATW
    "Faktor für Wärmemengen bei Wiederholstart für Taupunktende hinter Hauptkat"
    VALUE
    0x8193CC
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMZAPWF
    "Wiederholstart-Zählerstand für Abgas bei Powerfail"
    VALUE
    0x8193CD
    KwUb
    6.000
    dez
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMZKPWF
    "Wiederholstart-Zählerstand für Kat bei Powerfail"
    VALUE
    0x8193CE
    KwUb
    6.000
    dez
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWNMOT
    "Einschaltschwelle nmot für Funkenbandzündung"
    VALUE
    0x811D2E
    KwUb
    3000.
    nmot_ub_q40
    0.00
    3000.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D2E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWPHDR
    "Wichtungsfaktor PI-Regler-Parameter HDR; P-Anteil"
    CURVE
    0x81A146
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A146  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSREALDES
    "Faktor für realisierbaren Abgasenergiestrom bei Katalysatorentschwefelung"
    VALUE
    0x819449
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819449  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSREALKAH
    "Faktor für realisierbaren Abgasenergiestrom  bei Katalysatoraufheizen"
    VALUE
    0x81944A
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81944A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAA1
    "Wichtung Nachstart"
    CURVE
    0x8197B4
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197B4  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAB1
    "Wichtung Nachstart Abregelung Bereich 1"
    CURVE
    0x8197BA
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197BA  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAB2
    "Wichtung Nachstart Abregelung Bereich 2"
    CURVE
    0x8197C0
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197C0  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAS1
    "Wichtung Nachstart Umschaltschwelle 1"
    CURVE
    0x8197C6
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197C6  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWTMUEBO
    "Tmot-Schwelle zum Setzen Temperaturüberschutz"
    VALUE
    0x81921F
    KwUb
    255.0
    temp_ub_q0p75_o48
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81921F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWTMUEBU
    "Tmot-Schwelle zum Rücksetzen Temperaturüberschutz"
    VALUE
    0x819220
    KwUb
    255.0
    temp_ub_q0p75_o48
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819220  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWTOUEBO
    "Töl-Schwelle zum Setzen Temperaturüberschutz"
    VALUE
    0x81F100
    KwUw
    65535.00
    temp_q0p0234_o273
    -0.009375000
    65534.99

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F100  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWTOUEBU
    "Töl-Schwelle zum Rücksetzen Temperaturüberschutz"
    VALUE
    0x81F102
    KwUw
    65535.00
    temp_q0p0234_o273
    -0.009375000
    65534.99

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F102  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWWLNM
    "Kennlinie Wichtung Warmlauffaktor"
    CURVE
    0x810542
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810542  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        AXIS_PTS_REF SNM06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSA1
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors bei Heißstart Bereich 1"
    CURVE
    0x8197CC
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197CC  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STA06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSA2
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors bei Heißstart Bereich 2"
    CURVE
    0x8197D2
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D2  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STA06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSM1
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors oberhalb Schwelle"
    CURVE
    0x8197D8
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D8  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSM2
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors unterhalb Schwelle"
    CURVE
    0x8197E4
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E4  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZDA1SCH
    "Korrekturfaktor Dashpot-Zeitkonstante im Schichtbetrieb"
    VALUE
    0x81097E
    KwUb
    3.00000
    rfak_q0p5
    1.00000
    4.00000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81097E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZDA2SCH
    "Korrekturfaktor Dashpot-Zeitkonstante bei kl. Kupplungsmoment im Schichtbetr."
    VALUE
    0x81097F
    KwUb
    3.00000
    rfak_q0p5
    1.00000
    4.00000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81097F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZGMX_UM
    "Max Zylinderabweichung"
    VALUE
    0x814078
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814078  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWKHMX
    "Normierung für Faktor Momentenreserve Katheizen"
    VALUE
    0x811551
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811551  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWRED
    "Faktor für Reduktion ZW-Spätverstellung in HOM bei Umschaltung aus SCH"
    VALUE
    0x8191DB
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWRED2
    "Faktor für Reduktion ZW-Spätverstellung in HOM bei Umschaltung aus HMM oder HOS"
    VALUE
    0x8191DC
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWRED3
    "Faktor für Reduktion ZW-Spätverstellung in HOM bei Umschaltung aus HSP"
    VALUE
    0x8191DD
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWREDHMM
    "Faktor Zündwinkelreduktion des Überschußmomentes beim Umschalten in HMM"
    VALUE
    0x8191DE
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWSTNM
    "Zündwinkel im Start"
    CURVE
    0x816D46
    KlAUbSstUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D46  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWWLRLN
    "Wichtung Delta-Zündwinkel im Warmlauf"
    MAP
    0x81ADF7
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADF7  0x48  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        AXIS_PTS_REF SNM12ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        AXIS_PTS_REF SRL06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    GANGSP
    "Gangschwelle für Anfahrregeneration"
    VALUE
    0x8193DE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GFDLDN
    "LLR: Gewichtungsfaktor für D-Verstärkung auf Luftpfad"
    CURVE
    0x810885
    GklWUb
    0.9961
    rel_ub_b1p0
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810885  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        AXIS_PTS_REF SNS06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    GFRKKH
    "Glättungsfaktor für zweite Einspritzmasse"
    VALUE
    0x81067F
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81067F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_BFLAGS_DAT_UC
    ""
    VAL_BLK
    0x810B9D
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810B9D  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_C_DAT_UC
    ""
    VAL_BLK
    0x810BAD
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810BAD  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_FRA1_DAT_UC
    ""
    VAL_BLK
    0x816510
    KwbUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816510  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_FRA2_DAT_UC
    ""
    VAL_BLK
    0x816530
    KwbUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816530  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_FRKSCH_DAT_UC
    ""
    VAL_BLK
    0x810BBD
    KwbUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810BBD  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_FRM1_DAT_UC
    ""
    VAL_BLK
    0x816550
    KwbUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816550  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_FRM2_DAT_UC
    ""
    VAL_BLK
    0x816570
    KwbUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816570  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_FVST_DAT_UC
    ""
    VAL_BLK
    0x816590
    KwbUw
    63.99902
    fak_uw_b64
    0.00
    63.99902

    FORMAT "%8.5"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816590  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_LAMS1_DAT_UC
    ""
    VAL_BLK
    0x8165B0
    KwbUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8165B0  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_LAMS2_DAT_UC
    ""
    VAL_BLK
    0x8165D0
    KwbUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8165D0  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_NMOT_DAT_UC
    ""
    VAL_BLK
    0x810BCD
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810BCD  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_REG_DAT_UC
    ""
    MAP
    0x810C1C
    KfWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C1C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gkc_x_uc
        dez
        16
        0.00
        15.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  16

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        gkc_y_uc
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_RKA1_DAT_UC
    ""
    VAL_BLK
    0x8165F0
    KwbUw
    3071.953
    rel_sw_b1536
    0.00
    3071.953

    FORMAT "%8.3"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8165F0  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_RKA2_DAT_UC
    ""
    VAL_BLK
    0x816610
    KwbUw
    3071.953
    rel_sw_b1536
    0.00
    3071.953

    FORMAT "%8.3"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816610  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_RKKH_DAT_UC
    ""
    VAL_BLK
    0x810BDD
    KwbUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810BDD  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_RKS_DAT_UC
    ""
    VAL_BLK
    0x810BED
    KwbUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810BED  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_RKTE_DAT_UC
    ""
    VAL_BLK
    0x816630
    KwbUw
    3071.953
    rel_sw_q0p0468
    0.00
    3071.953

    FORMAT "%8.3"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816630  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_RLFG_DAT_UC
    ""
    VAL_BLK
    0x810BFD
    KwbUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810BFD  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    GKC_RLV08_UC
    ""
    0x810C0D
    rl_uc
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810C0D  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    GKC_T_UC
    "Zeit zur Fehlererkennung beim Gemischüberwachung im Befehlstest"
    VALUE
    0x810C16
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C16  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GKC_T_UM
    "Fehlertoleranzzeit für Gemischkorrektur check in Funktionsüberwachung"
    VALUE
    0x8140B2
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GRAOFLOGIN
    "Login-Code für GRA sperren"
    VALUE
    0x815076
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815076  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GRAONLOGIN
    "Login-Code für GRA freischalten"
    VALUE
    0x815078
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815078  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GSLUTS
    "Konstante Tiefpass digital zur Bildung der gewichteten SLUTS-Werte"
    VALUE
    0x814D70
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GTHMOTWSR
    "Wärmeleitung von Motorblock zu Saugrohrwand"
    VALUE
    0x82A7EC
    KwUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A7EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GTHMSAGRDK
    "Wärmeleitung von AGR-Massenstrom zu Drosselklappe"
    CURVE
    0x82A7EE
    KlAUwSstUwWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A7EE  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vmsagr_w
        vgas_uw_b256
        10
        0.00
        255.996

        FORMAT "%7.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    GTHUSRW
    "Wärmeleitung von Umgebung zu Saugrohrwand"
    VALUE
    0x82A818
    KwUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A818  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GWKAT
    "Grenzwert rel. Masse NOx im Speicherkat aus Regelung & Modell Speicherkatfehler"
    VALUE
    0x828A42
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GWSENS
    "Grenzwert rel. Masse NOx im Speicherkat aus Regelung und Modell Sensorfehler"
    VALUE
    0x828A44
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GWZEIT
    "neg. Grenzwert Zeit der Regeneration aus Regelung und Modell"
    VALUE
    0x828A46
    KwSw
    31.99951
    fak_q0p000488
    -16.00000
    15.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GWZEIT2
    "pos. Grenzwert Zeit der Regeneration aus Regelung und Modell"
    VALUE
    0x828A48
    KwSw
    31.99951
    fak_q0p000488
    -16.00000
    15.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVFTEIL
    "HDEV-Endstufe Frequenzteiler"
    VALUE
    0x8194F2
    KwUb
    7.000
    dez
    0.00
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVIABDC
    "HDEV-Endstufe DC/DC-Abschaltstrom"
    VALUE
    0x8194F3
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVIANZUG
    "HDEV-Endstufe Anzugsstrom (Unterkante)"
    VALUE
    0x8194F4
    KwUb
    7.000
    dez
    0.00
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVIBOOST
    "HDEV-Endstufe Boosterstrom (Unterkante)"
    VALUE
    0x8194F5
    KwUb
    7.000
    dez
    0.00
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVIHALTE
    "HDEV-Endstufe Haltestrom (Unterkante)"
    VALUE
    0x8194F6
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVIHYST
    "HDEV-Endstufe Hysteresestrom"
    VALUE
    0x8194F7
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVIVORM
    "HDEV-Endstufe Vormagnetisierungsstrom (Unterkante)"
    VALUE
    0x8194F8
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVTA1
    "HDEV-Endstufe Zeitdauer Anzugsstrom bei niedriger Spannung ubr"
    VALUE
    0x8194F9
    KwUb
    7.000
    dez
    0.00
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVTA2
    "HDEV-Endstufe Zeitdauer Anzugsstrom bei normaler Spannung ubr"
    VALUE
    0x8194FA
    KwUb
    7.000
    dez
    0.00
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDEVTVORM
    "HDEV-Endstufe Vormagnetisierungszeit"
    VALUE
    0x8194FB
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HDRERRFH
    "Fehlerschranke für hdrerrf_w, Hysterese"
    VALUE
    0x82BFC0
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HLOFFLOGIN
    "Login-Code für Heißland deaktiv"
    VALUE
    0x81507A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81507A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HLONLOGIN
    "Login-Code für Heißland aktiv"
    VALUE
    0x81507C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81507C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HNO0UK
    "Produkt aus Reglereingangsparameter Null und statischer Reglerverstärkung"
    VALUE
    0x828974
    KwSw
    426.6602
    pdivtemp_q0p00651
    -213.3333
    213.3268

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828974  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HNO1UK
    "Produkt aus Reglereingangsparameter Eins und statischer Reglerverstärkung"
    VALUE
    0x828976
    KwSw
    426.6602
    pdivtemp_q0p00651
    -213.3333
    213.3268

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828976  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HNO1YK
    "Reglerausgangsparameter Eins"
    VALUE
    0x828978
    KwSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828978  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HNO2UK
    "Produkt aus Reglereingangsparameter Zwei und statischer Reglerverstärkung"
    VALUE
    0x82897A
    KwSw
    426.6602
    pdivtemp_q0p00651
    -213.3333
    213.3268

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82897A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HNO2YK
    "Reglerausgangsparameter Zwei"
    VALUE
    0x82897C
    KwSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82897C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HNOVQI
    "Verstärkung Quasi-Integrator"
    VALUE
    0x82897E
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82897E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HNOZQI
    "Zeitkonstante Quasi-Integrator"
    VALUE
    0x828980
    KwUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828980  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HRLHKS
    "homogen Klopfschutz Lasthysterese"
    VALUE
    0x814FCE
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HWKRMAAGR
    "Hysterese für maximale zulässig mittlere Spätverstellung der KR mit aktiver AGR"
    VALUE
    0x81911C
    KwUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81911C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYMBDEMBV
    "Relative Sollmoment-Hysterese bei Adressierung von KFBDEMBV"
    VALUE
    0x819E19
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E19  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYMBDEMF
    "Hysterese für Fahrerwunschmoment am Eingang KFBDEMFA"
    VALUE
    0x819D74
    KwUb
    99.61
    rel_q0p39
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYMKFUMVAR
    "Hysterese Sollmoment bei Adressierung von KFUMVAR"
    VALUE
    0x819173
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819173  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYNBDEMBV
    "Relative Drehzahl-Hysterese bei Adressierung von KFBDEMBV"
    VALUE
    0x819E1A
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYNBDEMF
    "Drehzahlhysterese für Eingang KFBDEMFA"
    VALUE
    0x819D75
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYNKFUMVAR
    "Hysterese Motordrehzahl bei Adressierung von KFUMVAR"
    VALUE
    0x819174
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819174  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYNMOTNW
    "Hysterese für nmot_w zur Adressierung von Kennfeld"
    VALUE
    0x81ADAF
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADAF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYRLNW
    "Hysterese für rlnw zur Adressierung Kennfeld"
    VALUE
    0x82DFFC
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DFFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAAAAA
    "Dummy fid: Initialwert Active Counter (Mode A)"
    VALUE
    0x81C278
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C278  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAADDSV
    "max. Aktivzeit -> Prioritätsschranke LOADDSV (Drucksteuerventil)"
    VALUE
    0x81C27A
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C27A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAAFRA
    "Initialwert Active Counter: Mode A, Bereich FRA in LRA"
    VALUE
    0x81C27C
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C27C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAAFRAT
    ""
    VALUE
    0x81C27E
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C27E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAAORA
    "Initialwert Active Counter: Mode A, Bereich ORA in LRA"
    VALUE
    0x81C280
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C280  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAATEH
    "Initialwert Active Counter: Mode A, TE mit hoher Beladung"
    VALUE
    0x81C282
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C282  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAATEL
    "Initialwert Active Counter: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81C284
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C284  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAATEM
    "Initialwert Active Counter: Mode A, TE mit mittlere Beladung"
    VALUE
    0x81C286
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C286  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAATEN
    "max. Aktivzeit -> Prioritätsschranke LOATEN (Notlauf-Tankentlüftung)"
    VALUE
    0x81C288
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C288  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAATEVH
    "max. Aktivzeit -> Prioritätsschranke LOATEVH (Diagnose TEV homogen)"
    VALUE
    0x81C28A
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C28A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IAATEVM
    "max. Aktivzeit -> Prioritätsschranke LOATEVM (Diagnose TEV mager)"
    VALUE
    0x81C28C
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C28C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABAAA
    "Dummy fid: Initialwert Active Counter (Mode B)"
    VALUE
    0x81C28E
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C28E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABAGRA
    "max. Aktivzeit -> Prioritätsschranke LOBAGRA (AGR Adaption)"
    VALUE
    0x81C290
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C290  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABDLSU
    ""
    VALUE
    0x81C292
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C292  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABFRST
    "Initialwert Active Counter: Mode B, Kurztest der LR"
    VALUE
    0x81C294
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C294  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABFUPS
    ""
    VALUE
    0x81C296
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C296  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABHMM
    "MaxAktivzeit (PrioLim. LOBHMM) (BDE-Mode Homogen-Mager)"
    VALUE
    0x81C298
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C298  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABHOM
    "MaxAktivzeit (PrioLim. LOBHOM) (BDE-Mode Homogen)"
    VALUE
    0x81C29A
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C29A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABHOS
    "MaxAktivzeit (PrioLim. LOBHOS) (BDE-Mode Homogen-Schicht)"
    VALUE
    0x81C29C
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C29C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABKTSP
    "max. Aktivzeit -> Prioritätsschranke LOBKTSP (Kat.-Sprungdiagnose)"
    VALUE
    0x81C29E
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C29E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABLAHH
    "max. Aktivzeit -> Prioritätsschranke LOBLAHH (LambdaShift HOM-SchwingPrüf LS HK)"
    VALUE
    0x81C2A0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABLAHH2
    "Max-Akt-zeit -> Prio-schranke LOBLAHH2 (LambdaShift HOM-SchwingPrüf LS HK Bank2)"
    VALUE
    0x81C2A2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABLASH
    "Initialwert Active Counter: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81C2A4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABLLRH
    "max. Aktivzeit -> Prioritätsschranke LOBLLRH (Drehzahlabweichung HOM)"
    VALUE
    0x81C2A6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABLLRM
    "max. Aktivzeit -> Prioritätsschranke LOBLLRM (Drehzahlabweichung SCH)"
    VALUE
    0x81C2A8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABLSU
    "Initialwert Active Counter: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81C2AA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABPBRI
    ""
    VALUE
    0x81C2AC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABPLSU
    ""
    VALUE
    0x81C2AE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABSCH
    "MaxAktivzeit (PrioLim. LOBSCH) (BDE-Mode Schicht)"
    VALUE
    0x81C2B0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABSKH
    "MaxAktivzeit (PrioLim. LOBSKH) (BDE-Mode Schicht-Kat-Heizen)"
    VALUE
    0x81C2B2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABTEST
    "Initialwert Active Counter: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x81C2B4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABTEVP
    ""
    VALUE
    0x81C2B6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IABTKP
    "Initialwert Active Counter, passive thermische Katalysatordiagnose"
    VALUE
    0x81C2B8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IACAAA
    ""
    VALUE
    0x81C2BA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IGESGA
    "Gesamt-Übersetzungsverhältnis"
    CURVE
    0x8194C5
    FklWUb
    25.50
    fak_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194C5  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IGNDELAY
    "Synchroanzahl Zündfreigabeverzögerung AZUE"
    VALUE
    0x81005E
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81005E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIAAAA
    "Dummy fid: Initialwert Inactive Counter (Mode A)"
    VALUE
    0x81C2BC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIADDSV
    "max. Passivzeit -> Prioritätsschranke LHADDSV (Drucksteuerventil)"
    VALUE
    0x81C2BE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIAFRA
    "Initialwert Inactive Counter: Mode A, Bereich FRA in LRA"
    VALUE
    0x81C2C0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIAFRAT
    ""
    VALUE
    0x81C2C2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIAORA
    "Initialwert Inactive Counter: Mode A, Bereich ORA in LRA"
    VALUE
    0x81C2C4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIATEH
    "Initialwert Inactive Counter: Mode A, TE mit hoher Beladung"
    VALUE
    0x81C2C6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIATEL
    "Initialwert Inactive Counter: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81C2C8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIATEM
    "Initialwert Inactive Counter: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81C2CA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIATEN
    "max. Passivzeit -> Prioritätsschranke LHATEN (Notlauf-Tankentlüftung)"
    VALUE
    0x81C2CC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIATEVH
    "max. Passivzeit -> Prioritätsschranke LHATEVH (Diagnose TEV homogen)"
    VALUE
    0x81C2CE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIATEVM
    "max. Passivzeit -> Prioritätsschranke LHATEVM (Diagnose TEV mager)"
    VALUE
    0x81C2D0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBAAA
    "Dummy fid: Initialwert Inactive Counter (Mode B)"
    VALUE
    0x81C2D2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBAGRA
    "max. Passivzeit -> Prioritätsschranke LHBAGRA (AGR Adaption)"
    VALUE
    0x81C2D4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBDLSU
    ""
    VALUE
    0x81C2D6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBFRST
    "Initialwert Inactive Counter: Mode B, Kurztest der LR"
    VALUE
    0x81C2D8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBFUPS
    ""
    VALUE
    0x81C2DA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBHMM
    "MaxPassivzeit (PrioLim. LHBHMM) (BDE-Mode Homogen-Mager)"
    VALUE
    0x81C2DC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBHOM
    "MaxPassivzeit (PrioLim. LHBHOM) (BDE-Mode Homogen)"
    VALUE
    0x81C2DE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBHOS
    "MaxPassivzeit (PrioLim. LHBHOS) (BDE-Mode Homogen-Schicht)"
    VALUE
    0x81C2E0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBKTSP
    "max. Passivzeit -> Prioritätsschranke LHBKTSP (Kat.-Sprungdiagnose)"
    VALUE
    0x81C2E2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBLAHH
    "max. Passivzeit -> Prioritätsschranke LHBLAHH: LambdaShift HOM-SchwingPrüf LS HK"
    VALUE
    0x81C2E4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBLAHH2
    "Max-Pas-zeit -> Prio-schranke LHBLAHH2 (LambdaShift HOM-SchwingPrüf LS HK Bank2)"
    VALUE
    0x81C2E6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBLASH
    "Initialwert Inactive Counter: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81C2E8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBLLRH
    "max. Passivzeit -> Prioritätsschranke LHBLLRH (Drehzahlabweichung HOM)"
    VALUE
    0x81C2EA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBLLRM
    "max. Passivzeit -> Prioritätsschranke LHBLLRM (Drehzahlabweichung SCH)"
    VALUE
    0x81C2EC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBLSU
    "Initialwert Inactive Counter: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81C2EE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBPBRI
    ""
    VALUE
    0x81C2F0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBPLSU
    ""
    VALUE
    0x81C2F2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBSCH
    "MaxPassivzeit (PrioLim. LHBSCH) (BDE-Mode Schicht)"
    VALUE
    0x81C2F4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBSKH
    "MaxPassivzeit (PrioLim. LHBSKH) (BDE-Mode Schicht-Kat-Heizen)"
    VALUE
    0x81C2F6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBTEST
    "Initialwert Inactive Counter: Mode B,TEV-Ansteuerung für Diagnose"
    VALUE
    0x81C2F8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBTEVP
    ""
    VALUE
    0x81C2FA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IIBTKP
    "Initialwert Inactive Counter, passive thermische Katalysatordiagnose"
    VALUE
    0x81C2FC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IICAAA
    ""
    VALUE
    0x81C2FE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ILMLKAXTK
    "Schwelle Fettfläche Kat-Ausräumen nach SA, Funktion der Kat-Temperatur"
    CURVE
    0x82E924
    KlAUbSstUwWUw
    291.2667
    m_uw_b291p25
    0.00
    291.2667

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E924  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        xtkikm_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ILUINAB
    "Schwelle Eingang unausgerelter Zustand AGR-Raten"
    VALUE
    0x814F62
    KwSw
    18.40027
    fak_sw_b10
    -9.200134
    9.200134

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ILUOABMN
    "Schwelle zum Stoppen der Adaption im unausgerelten Zustand AGR-Raten"
    VALUE
    0x810675
    KwUb
    2.550
    fak_ub_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810675  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMKDKVSF
    "Kraftstoffmassenschwelle für Fehlerfreigabe im DKVS (Tank leer)"
    VALUE
    0x82AF70
    KwUw
    15.53406
    m_q2p37em4
    0.00
    15.53406

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMKDKVSG
    "Kraftstoffmassenschwelle für Fehlerfreigabe Tank leer"
    VALUE
    0x82AF72
    KwUw
    15.53406
    m_q2p37em4
    0.00
    15.53406

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMKKVSMX
    "Maximale Integrationsschwelle für Fehlerfreigabe in DKVS (Tank leer)"
    VALUE
    0x82AF74
    KwUw
    15.53406
    m_q2p37em4
    0.00
    15.53406

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLEVABS
    "Schwelle Luftmassenintegral vor Freigabe Lambdaregelung nach Zylinderausblendung"
    VALUE
    0x816710
    KwUw
    4660.267
    m_uw_b4660
    0.00
    4660.267

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816710  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLHEMN
    "Minimale integierte Luftmasse zum Heilen eines Fehlers"
    VALUE
    0x82EADC
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EADC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLHEMNFA
    "Minimale integierte Luftmasse zum Heilen eines Fehlers, bei Bandendeprüfung"
    VALUE
    0x82EADE
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EADE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLHS
    "Luftmassenintegral Heißstart"
    VALUE
    0x8103F1
    KwUb
    23.21
    m_ub_b23p3
    0.00
    23.21

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLKAMN
    "Schwellwert integr. Luftmasse f. Mindestdauer Katalysator-Ausräumen"
    VALUE
    0x82E93A
    KwUw
    291.2667
    m_uw_b291p25
    0.00
    291.2667

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E93A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLKS
    "Schwelle für integrierten Luftmassenstrom für Erkennung Benzin im Öl"
    VALUE
    0x819FFE
    KwUb
    23.21
    m_ub_b23p3
    0.00
    23.21

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FFE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLNAMN
    "minimale integrierte Luftmasse für die Nicht-Aktiv-Prüfung"
    VALUE
    0x82EA96
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLPLCMN
    "minimale integrierte Luftmasse für den Plausibilitätscheck"
    VALUE
    0x82EAE0
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLPLCMNB
    "minimale integrierte Luftmasse für den erweiterten Plausibilitätscheck"
    VALUE
    0x82EAE2
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLRLHKX
    "Luftmassenschwelle für Ausblendung I-Anteil nach Auslösung  Delta-rl-Schwelle"
    VALUE
    0x82E964
    KwUw
    7281.667
    m_uw_b7281
    0.00
    7281.667

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E964  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLSALR
    "Schwellwert integr. Luftmasse f. Einschaltverzögerung LR nach SA"
    VALUE
    0x816712
    KwUw
    4660.267
    m_uw_b4660
    0.00
    4660.267

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816712  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMSABGMX
    "Inverser Wert für maximal möglichen Abgasmassenstrom"
    VALUE
    0x82B9B0
    KwUw
    0.9999847
    fak_q1p5258Em5
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMSDTEVA
    "Schwelle für Intergal des Massenstroms TEV nach längerm TE-Stop"
    VALUE
    0x81ACF8
    KwUb
    11.32
    m_ub_q0p0444
    0.00
    11.32

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMTUMTA
    "Schwelle integrierte Luftmasse für Bestimmung Umgebungstemperatur"
    VALUE
    0x82BC0C
    KwUw
    23.30133
    m_uw_b23p3
    0.00
    23.30133

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INCKSTAI
    "Inkrement-Step für STADAP-Faktor"
    CURVE
    0x8103B4
    KlAUbSstUbWSb
    0.9922
    fak_sb_b1
    0.00
    0.9922

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103B4  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmadb
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHAAA
    "Dummy fid: Inhibit-Liste eines Fehlerpfades dfp"
    VAL_BLK
    0x818762
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818762  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHAATUN
    ""
    VAL_BLK
    0x81876F
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81876F  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHAGRE
    "Inhibitliste: AGR-Ventil Endstufe"
    VAL_BLK
    0x81877C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81877C  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHAGRL
    ""
    VAL_BLK
    0x818789
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818789  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHAGRS
    ""
    VAL_BLK
    0x818796
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818796  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHAGRV
    ""
    VAL_BLK
    0x8187A3
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8187A3  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHATNV
    ""
    VAL_BLK
    0x8187B0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8187B0  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHBKS
    ""
    VAL_BLK
    0x8187BD
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8187BD  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHBKSE
    ""
    VAL_BLK
    0x8187CA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8187CA  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHBM
    "Inhibitliste: Bezugsmarkengeber"
    VAL_BLK
    0x8187D7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8187D7  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHBREMS
    "Inhibitliste: Pedalwertgeber Bremse"
    VAL_BLK
    0x8187E4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8187E4  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHBWF
    ""
    VAL_BLK
    0x8187F1
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8187F1  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCAIR
    ""
    VAL_BLK
    0x8187FE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8187FE  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCAIRP
    ""
    VAL_BLK
    0x81880B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81880B  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCAS
    ""
    VAL_BLK
    0x818818
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818818  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCAT
    ""
    VAL_BLK
    0x818825
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818825  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCBSG
    ""
    VAL_BLK
    0x818832
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818832  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCGE
    ""
    VAL_BLK
    0x81883F
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81883F  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCGRA
    ""
    VAL_BLK
    0x81884C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81884C  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCIF
    "Inhibitliste: CAN-Schnittstelle , interner Fehler"
    VAL_BLK
    0x818859
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818859  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCINS
    ""
    VAL_BLK
    0x818866
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818866  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHCKLA
    ""
    VAL_BLK
    0x818873
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818873  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDK
    "Inhibitliste:	DK - Potentiometer"
    VAL_BLK
    0x818880
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818880  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDK1P
    ""
    VAL_BLK
    0x81888D
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81888D  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDK2P
    ""
    VAL_BLK
    0x81889A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81889A  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDPL
    "Inhibitliste: Dauerplus"
    VAL_BLK
    0x8188A7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8188A7  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDPUPSR
    ""
    VAL_BLK
    0x8188B4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8188B4  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDSBKV
    ""
    VAL_BLK
    0x8188C1
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8188C1  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDSKV
    ""
    VAL_BLK
    0x8188CE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8188CE  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDSS
    "Inhibitliste: Saugrohr-Drucksensor"
    VAL_BLK
    0x8188DB
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8188DB  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDSU
    "Inhibitliste: Drucksensor Umgebung"
    VAL_BLK
    0x8188E8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8188E8  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDSV
    ""
    VAL_BLK
    0x8188F5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8188F5  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEE
    ""
    VAL_BLK
    0x818902
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818902  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEF
    ""
    VAL_BLK
    0x81890F
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81890F  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEFO
    ""
    VAL_BLK
    0x81891C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81891C  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEL
    ""
    VAL_BLK
    0x818929
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818929  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEN
    ""
    VAL_BLK
    0x818936
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818936  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVER
    ""
    VAL_BLK
    0x818943
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818943  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVET
    ""
    VAL_BLK
    0x818950
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818950  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEU
    ""
    VAL_BLK
    0x81895D
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81895D  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEUB
    ""
    VAL_BLK
    0x81896A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81896A  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEUW
    ""
    VAL_BLK
    0x818977
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818977  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDVEV
    ""
    VAL_BLK
    0x818984
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818984  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHDYLSU
    ""
    VAL_BLK
    0x818991
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818991  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHFP1P
    ""
    VAL_BLK
    0x81899E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x81899E  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHFP2P
    ""
    VAL_BLK
    0x8189AB
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8189AB  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHFPP
    "Inhibitliste: FPP"
    VAL_BLK
    0x8189B8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8189B8  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHFRA
    "Inhibitliste: LR-Adaption multiplikativ"
    VAL_BLK
    0x8189C5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8189C5  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHFRST
    "Inhibitliste: LR-Abweichung"
    VAL_BLK
    0x8189D2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8189D2  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHGECOD
    ""
    VAL_BLK
    0x8189DF
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8189DF  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHGRBH
    ""
    VAL_BLK
    0x8189EC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8189EC  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVH1
    ""
    VAL_BLK
    0x8189F9
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8189F9  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVH2
    ""
    VAL_BLK
    0x818A06
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A06  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVH3
    ""
    VAL_BLK
    0x818A13
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A13  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVH4
    ""
    VAL_BLK
    0x818A20
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A20  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVK
    ""
    VAL_BLK
    0x818A2D
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A2D  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVL1
    ""
    VAL_BLK
    0x818A3A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A3A  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVL2
    ""
    VAL_BLK
    0x818A47
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A47  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVL3
    ""
    VAL_BLK
    0x818A54
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A54  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDEVL4
    ""
    VAL_BLK
    0x818A61
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A61  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHDR
    ""
    VAL_BLK
    0x818A6E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A6E  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHELSU
    ""
    VAL_BLK
    0x818A7B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A7B  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHLA
    ""
    VAL_BLK
    0x818A88
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A88  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHNOHK
    ""
    VAL_BLK
    0x818A95
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818A95  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHNOHKE
    ""
    VAL_BLK
    0x818AA2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818AA2  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHRE
    ""
    VAL_BLK
    0x818AAF
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818AAF  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHSH
    "Inhibitliste: Heizung Lambdasonde hinter Kat"
    VAL_BLK
    0x818ABC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818ABC  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHSV
    "Inhibitliste: Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x818AC9
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818AC9  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHSVE
    ""
    VAL_BLK
    0x818AD6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818AD6  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHHSVSA
    ""
    VAL_BLK
    0x818AE3
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818AE3  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHICLSU
    ""
    VAL_BLK
    0x818AF0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818AF0  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKAT
    "Inhibitliste: Katalysator"
    VAL_BLK
    0x818AFD
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818AFD  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKRA01
    ""
    VAL_BLK
    0x818B0A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B0A  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKRA02
    ""
    VAL_BLK
    0x818B17
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B17  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKRA03
    ""
    VAL_BLK
    0x818B24
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B24  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKRA04
    ""
    VAL_BLK
    0x818B31
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B31  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKRNT
    "Inhibitliste: Klopfregelung Nulltest"
    VAL_BLK
    0x818B3E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B3E  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKROF
    "Inhibitliste: Klopfreglung Offset"
    VAL_BLK
    0x818B4B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B4B  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKRTP
    "Inhibitliste: Klopfregelung Testimpuls"
    VAL_BLK
    0x818B58
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B58  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKS1
    "Inhibitliste: Klopfsensor 1"
    VAL_BLK
    0x818B65
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B65  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHKUPPL
    "Inhibitliste: Pedalwertgeber Kupplung"
    VAL_BLK
    0x818B72
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B72  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLASH
    "Inhibitliste:	Lambda-Sondenalterung hinter Kat."
    VAL_BLK
    0x818B7F
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B7F  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLBK
    ""
    VAL_BLK
    0x818B8C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B8C  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLBKE
    ""
    VAL_BLK
    0x818B99
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818B99  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLBKO
    ""
    VAL_BLK
    0x818BA6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818BA6  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLBKP
    ""
    VAL_BLK
    0x818BB3
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818BB3  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLGHMM
    ""
    VAL_BLK
    0x818BC0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818BC0  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLLRH
    ""
    VAL_BLK
    0x818BCD
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818BCD  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLLRM
    ""
    VAL_BLK
    0x818BDA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818BDA  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLM
    "Inhibitliste: Hauptfüllungssignal"
    VAL_BLK
    0x818BE7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818BE7  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLSH
    "Inhibitliste: Lambdasonde hinter Kat"
    VAL_BLK
    0x818BF4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818BF4  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLSUIA
    ""
    VAL_BLK
    0x818C01
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C01  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLSUIP
    ""
    VAL_BLK
    0x818C0E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C0E  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLSUKS
    ""
    VAL_BLK
    0x818C1B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C1B  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLSUUN
    ""
    VAL_BLK
    0x818C28
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C28  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLSUVM
    ""
    VAL_BLK
    0x818C35
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C35  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLSV
    "Inhibitliste: Lambdasonde vor Kat"
    VAL_BLK
    0x818C42
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C42  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLUES1E
    ""
    VAL_BLK
    0x818C4F
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C4F  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLUES2E
    ""
    VAL_BLK
    0x818C5C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C5C  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHLZSR
    ""
    VAL_BLK
    0x818C69
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C69  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHMD
    ""
    VAL_BLK
    0x818C76
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C76  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHMD00
    ""
    VAL_BLK
    0x818C83
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C83  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHMD01
    ""
    VAL_BLK
    0x818C90
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C90  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHMD02
    ""
    VAL_BLK
    0x818C9D
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818C9D  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHMD03
    ""
    VAL_BLK
    0x818CAA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818CAA  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHMDB
    ""
    VAL_BLK
    0x818CB7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818CB7  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHMDSCH
    "Inhibitliste: Aussetzer in Schichtbetrieb"
    VAL_BLK
    0x818CC4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818CC4  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHMSVE
    ""
    VAL_BLK
    0x818CD1
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818CD1  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHN
    "Inhibitliste: Drehzahlsignalgeber"
    VAL_BLK
    0x818CDE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818CDE  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHNOHK
    ""
    VAL_BLK
    0x818CEB
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818CEB  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHNOHKP
    ""
    VAL_BLK
    0x818CF8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818CF8  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHNWKW
    ""
    VAL_BLK
    0x818D05
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D05  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHNX
    ""
    VAL_BLK
    0x818D12
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D12  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHORA
    ""
    VAL_BLK
    0x818D1F
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D1F  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHPH
    "Inhibitliste: Phasengeber"
    VAL_BLK
    0x818D2C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D2C  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHPLLSU
    ""
    VAL_BLK
    0x818D39
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D39  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHSALSU
    ""
    VAL_BLK
    0x818D46
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D46  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHSCR
    ""
    VAL_BLK
    0x818D53
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D53  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHSGEEP
    ""
    VAL_BLK
    0x818D60
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D60  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHSGEEW
    ""
    VAL_BLK
    0x818D6D
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D6D  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHSKNO
    ""
    VAL_BLK
    0x818D7A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D7A  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTA
    "Inhibitliste: TANS"
    VAL_BLK
    0x818D87
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D87  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTAHFM
    ""
    VAL_BLK
    0x818D94
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818D94  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTANKL
    "Inhibitliste: OBDII Fehler auf Grund eines leeren Tanks"
    VAL_BLK
    0x818DA1
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818DA1  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTES
    "Inhibitliste: Tankdiagnose, TEV offen"
    VAL_BLK
    0x818DAE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818DAE  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTEVE
    "Inhibitliste: Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x818DBB
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818DBB  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTKA
    ""
    VAL_BLK
    0x818DC8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818DC8  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTM
    "Inhibitliste: Motortemperatur TMOT"
    VAL_BLK
    0x818DD5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818DD5  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTMKI
    "Inhibitliste: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x818DE2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818DE2  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHTUM
    "Inhibitliste: Umgebungstemperatur TUM"
    VAL_BLK
    0x818DEF
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818DEF  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUB
    "Inhibitliste:	UB"
    VAL_BLK
    0x818DFC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818DFC  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUBR
    ""
    VAL_BLK
    0x818E09
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E09  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFMV
    "Inhibitliste: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x818E16
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E16  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFNC
    ""
    VAL_BLK
    0x818E23
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E23  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFPR
    ""
    VAL_BLK
    0x818E30
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E30  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFRKC
    ""
    VAL_BLK
    0x818E3D
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E3D  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFRLIP
    ""
    VAL_BLK
    0x818E4A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E4A  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFSGA
    ""
    VAL_BLK
    0x818E57
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E57  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFSGB
    ""
    VAL_BLK
    0x818E64
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E64  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFSKA
    "Inhibitliste: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x818E71
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E71  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHUFSPSC
    ""
    VAL_BLK
    0x818E7E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E7E  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHULSU
    ""
    VAL_BLK
    0x818E8B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E8B  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHURRAM
    ""
    VAL_BLK
    0x818E98
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818E98  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHURROM
    ""
    VAL_BLK
    0x818EA5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818EA5  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHURRST
    ""
    VAL_BLK
    0x818EB2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818EB2  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHVFZ
    "Inhibitliste:	Fahrzeug-Geschwindigkeit"
    VAL_BLK
    0x818EBF
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818EBF  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHVTK
    "Inhibitliste: Thermische Katalysatordiagnose"
    VAL_BLK
    0x818ECC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818ECC  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHWFS
    "Inhibitliste: Wegfahrsperre"
    VAL_BLK
    0x818ED9
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818ED9  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHWFSRC
    "Inhibitliste: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x818EE6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818EE6  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZET1
    ""
    VAL_BLK
    0x818EF3
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818EF3  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZET2
    ""
    VAL_BLK
    0x818F00
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818F00  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZET3
    ""
    VAL_BLK
    0x818F0D
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818F0D  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZET4
    ""
    VAL_BLK
    0x818F1A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818F1A  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZGST00
    ""
    VAL_BLK
    0x818F27
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818F27  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZGST01
    ""
    VAL_BLK
    0x818F34
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818F34  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZGST02
    ""
    VAL_BLK
    0x818F41
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818F41  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZGST03
    ""
    VAL_BLK
    0x818F4E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818F4E  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INHZZZ
    "Dummy fid: Inhibit-Liste eines Fehlerpfades dfp"
    VAL_BLK
    0x818F5B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x818F5B  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INIDPKH
    "Initialisierungswert für Brennraumdruckdifferenz, Kat-Heizen"
    VALUE
    0x82AFEC
    KwUw
    655.3500
    p_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INMAXX
    "Maximalwert für I-Anteil"
    VALUE
    0x810A27
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A27  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INSTMASK
    "Betriebsarten-Bitmaske zur Erkennung Instationärbetrieb"
    VALUE
    0x8191D9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INTLUST
    "Initialisierungswert AGR-Faktor"
    VALUE
    0x810676
    KwUb
    2.550
    fak_ub_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810676  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IP1A_MX_UM
    "max. Spannung für DK-Istwert-Poti 1 am unteren Anschlag für die Funktionsüberw."
    VALUE
    0x814015
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814015  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IP2A_MN_UM
    "min. Spannung für DK-Istwert-Poti 2 am unteren Anschlag für die Funktionsüberw."
    VALUE
    0x814016
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814016  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IPA_T_UM
    "Fehlertoleranzzeit für unteren DK-Anschlag im ungültigen Bereich f. d. Fktüberw."
    VALUE
    0x814017
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814017  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRAAAA
    "Dummy fid: Initialwert Rampenpriorität, Mode A"
    VALUE
    0x81C300
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C300  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRADDSV
    "Anfangswert Rampenpriorität RPRADDSV von Drucksteuerventil"
    VALUE
    0x81C302
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C302  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRAFRA
    "Initialwert der Rampenpriorität: Mode A, Bereich FRA in LRA"
    VALUE
    0x81C304
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C304  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRAFRAT
    ""
    VALUE
    0x81C306
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C306  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRAORA
    "Initialwert der Rampenpriorität: Mode A, Bereich ORA in LRA"
    VALUE
    0x81C308
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C308  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRATEH
    "Initialwert der Rampenpriorität: Mode A, TE mit hoher Beladung"
    VALUE
    0x81C30A
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C30A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRATEL
    "Initialwert der Rampenpriorität: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81C30C
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C30C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRATEM
    "Initialwert der Rampenpriorität: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81C30E
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C30E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRATEN
    "Anfangswert Rampenpriorität RPRATEN von Notlauf-Tankentlüftung"
    VALUE
    0x81C310
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C310  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRATEVH
    "Anfangswert Rampenpriorität RPRATEVH von Diagnose TEV homogen"
    VALUE
    0x81C312
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C312  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRATEVM
    "Anfangswert Rampenpriorität RPRATEVM von Diagnose TEV mager"
    VALUE
    0x81C314
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C314  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBAAA
    "Dummy fid: Initialwert Rampenpriorität, Mode B"
    VALUE
    0x81C316
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C316  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBAGRA
    "Anfangswert Rampenpriorität RPRBAGRA von AGR Adaption"
    VALUE
    0x81C318
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C318  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBDLSU
    ""
    VALUE
    0x81C31A
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C31A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBFRST
    "Initialwert der Rampenpriorität: Mode B, Kurztest der LR"
    VALUE
    0x81C31C
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C31C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBFUPS
    ""
    VALUE
    0x81C31E
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C31E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBHMM
    "Anfangsswert von RPRBHMM (BDE-Mode Homogen-Mager)"
    VALUE
    0x81C320
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C320  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBHOM
    "Anfangsswert von RPRBHOM (BDE-Mode Homogen)"
    VALUE
    0x81C322
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C322  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBHOS
    "Anfangsswert von RPRBHOS (BDE-Mode Homogen-Schicht)"
    VALUE
    0x81C324
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C324  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBKTSP
    "Anfangswert Rampenpriorität RPRBKTSP von Kat.-Sprungdiagnose"
    VALUE
    0x81C326
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C326  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBLAHH
    "Anfangswert Rampenpriorität RPRBLAHH von LambdaShift HOM-SchwingPrüf LS HK"
    VALUE
    0x81C328
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C328  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBLAHH2
    "Anfangswert Rampenprio RPRBLAHH2 von LambdaShift HOM-SchwingPrüf LS HK Bank2"
    VALUE
    0x81C32A
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C32A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBLASH
    "Initialwert der Rampenpriorität: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81C32C
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C32C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBLLRH
    "Anfangswert Rampenpriorität RPRBLLRH von Drehzahlabweichung HOM"
    VALUE
    0x81C32E
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C32E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBLLRM
    "Anfangswert Rampenpriorität RPRBLLRM von Drehzahlabweichung SCH"
    VALUE
    0x81C330
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C330  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBLSU
    "Initialwert der Rampenpriorität: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81C332
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C332  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBPBRI
    ""
    VALUE
    0x81C334
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C334  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBPLSU
    ""
    VALUE
    0x81C336
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C336  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBSCH
    "Anfangsswert von RPRBSCH (BDE-Mode Schicht)"
    VALUE
    0x81C338
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C338  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBSKH
    "Anfangsswert von RPRBSKH (BDE-Mode Schicht-Kat-Heizen)"
    VALUE
    0x81C33A
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C33A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBTEST
    "Initialwert der Rampenpriorität: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x81C33C
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C33C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBTEVP
    ""
    VALUE
    0x81C33E
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C33E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRBTKP
    "Initialwert Rampenpriorität, passive thermische Katalysatordiagnose"
    VALUE
    0x81C340
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C340  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IRCAAA
    "Dummy fid: Initialwert Rampenpriorität, Mode C"
    VALUE
    0x81C342
    KwUw
    8191.875
    fak_q0p125
    0.00
    8191.875

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C342  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ISHNO
    "Integratorsteigung für Heizergültigkeit"
    VALUE
    0x828BB4
    KwUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828BB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ISHNOMX
    "Integratormaximum zur Freigabe B_novalid"
    VALUE
    0x819406
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819406  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ISWRABKS
    "Integratorschwellwert für lange Regelabweichung"
    VALUE
    0x829EEA
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ITNMXH
    "Verweilzeit unterhalb unterer Drehzahlgrenze vor Aktivierung der oberen Grenze"
    VALUE
    0x82DDEA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DDEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNDTEH
    "I-Reglerparameter bei aktiver DTEV im Homogenbetrieb"
    CURVE
    0x81A786
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A786  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNHOM
    "I-Reglerparameter bei Homogenbetrieb"
    CURVE
    0x81A790
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A790  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNHOMV
    "I-Reglerparameter bei Homogenbetrieb und Kraftschluß"
    CURVE
    0x81A79A
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A79A  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNSCH
    "I-Reglerparameter bei Schichtbetrieb"
    CURVE
    0x81A7A4
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7A4  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNSCHV
    "I-Reglerparameter bei Schichtbetrieb und Kraftschluß"
    CURVE
    0x81A7AE
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7AE  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNTEM
    "I-Reglerparameter bei aktiver DTEV, wenn kein Homogenbertieb"
    CURVE
    0x81A7B8
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7B8  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDYNLSU
    "Startwert für dynlsu_w"
    VALUE
    0x82EAD0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVGSLUTS
    "Initialisierungswert Tiefpassfilter FLG nach Überschreiten  Laufgrenze"
    VALUE
    0x82B898
    KwUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B898  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVSLUTS
    "Initialisierungswert Tiefpassfilter FLS 0 bis 3 nach Überschreiten  Laufgrenze"
    VALUE
    0x82B89A
    KwUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B89A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IWMATMWMN
    "Schwelle für minimale durchgesetzte  Wärmemenge"
    VALUE
    0x829272
    KwUw
    29825.71
    q_q0p4551
    0.00
    29825.71

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829272  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAAAAA
    "Dummy fid: Prio-Sprung bei Aktivierung aktive Funkt. (Mode A)"
    VALUE
    0x81C344
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C344  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAADDSV
    "Prioritätsanhebung von Funktion Diagnose Drucksteuerventil im Zustand aktiviert"
    VALUE
    0x81C346
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C346  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAAFRA
    "Prio-Sprung bei Aktivierung: Mode A, Bereich FRA in LRA"
    VALUE
    0x81C348
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C348  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAAFRAT
    ""
    VALUE
    0x81C34A
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C34A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAAORA
    "Prio-Sprung bei Aktivierung: Mode A, Bereich ORA in LRA"
    VALUE
    0x81C34C
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C34C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAATEH
    "Prio-Sprung bei Aktivierung: Mode A, TE mit hoher Beladung"
    VALUE
    0x81C34E
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C34E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAATEL
    "Prio-Sprung bei Aktivierung: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81C350
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C350  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAATEM
    "Prio-Sprung bei Aktivierung: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81C352
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C352  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAATEN
    "Prioritätsanhebung von Notlauf-Tankentlüftung falls aktiv"
    VALUE
    0x81C354
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C354  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAATEVH
    "Prioritätsanhebung von Diagnose TEV homogen falls aktiv"
    VALUE
    0x81C356
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C356  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JAATEVM
    "Prioritätsanhebung von Diagnose TEV mager falls aktiv"
    VALUE
    0x81C358
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C358  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABAAA
    "Dummy fid: Prio-Sprung bei Aktivierung inaktive Funkt. (Mode B)"
    VALUE
    0x81C35A
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C35A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABAGRA
    "Prioritätsanhebung von AGR Adaption falls aktiv"
    VALUE
    0x81C35C
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C35C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABDLSU
    ""
    VALUE
    0x81C35E
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C35E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABFRST
    "Prio-Sprung bei Aktivierung: Mode B, Kurztest der LR"
    VALUE
    0x81C360
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C360  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABFUPS
    ""
    VALUE
    0x81C362
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C362  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABHMM
    "Prio-anhebung von BDE-Mode Homogen-Mager falls aktiv"
    VALUE
    0x81C364
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C364  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABHOM
    "Prio-anhebung von BDE-Mode Homogen falls aktiv"
    VALUE
    0x81C366
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C366  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABHOS
    "Prio-anhebung von BDE-Mode Homogen-Schicht falls aktiv"
    VALUE
    0x81C368
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C368  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABKTSP
    "Prioritätsanhebung von Kat.-Sprungdiagnose falls aktiv"
    VALUE
    0x81C36A
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C36A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABLAHH
    "Prioritätsanhebung von LambdaShift HOM-SchwingPrüf LS HK falls aktiv"
    VALUE
    0x81C36C
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C36C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABLAHH2
    "Prioritätsanhebung von LambdaShift HOM-SchwingPrüf LS HK Bank2 falls aktiv"
    VALUE
    0x81C36E
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C36E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABLASH
    "Prio-Sprung bei Aktivierung: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81C370
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C370  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABLLRH
    "Prioritätsanhebung von Drehzahlabweichung HOM falls aktiv"
    VALUE
    0x81C372
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C372  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABLLRM
    "Prioritätsanhebung von Drehzahlabweichung SCH falls aktiv"
    VALUE
    0x81C374
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C374  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABLSU
    "Prio-Sprung bei Aktivierung: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81C376
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C376  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABPBRI
    ""
    VALUE
    0x81C378
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C378  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABPLSU
    ""
    VALUE
    0x81C37A
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C37A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABSCH
    "Prio-anhebung von BDE-Mode Schicht falls aktiv"
    VALUE
    0x81C37C
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C37C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABSKH
    "Prio-anhebung von BDE-Mode Schicht-Kat-Heizen falls aktiv"
    VALUE
    0x81C37E
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C37E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABTEST
    "Priosprung bei Aktivierung: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x81C380
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C380  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABTEVP
    ""
    VALUE
    0x81C382
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C382  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JABTKP
    "Prio-Sprung bei Aktivierung inaktive Funkt., passive thermische Katalysatordiag."
    VALUE
    0x81C384
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C384  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JACAAA
    "Dummy fid: Prio-Sprung bei Aktivierung aktive Funkt. (Mode C)"
    VALUE
    0x81C386
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C386  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KADMKAFK
    "Kennlinie Lerngeschwingigkeit Tankausgasung"
    CURVE
    0x82ED0C
    KlAUwSstUwWUw
    63.99902
    m_q0p0009766
    0.00
    63.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED0C  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fkaste_w
        fak_uw_b0p5
        5
        0.00
        0.4999924

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAFLTESG
    "Ausfußkonstante Leitung TEV-Saugrohr"
    VALUE
    0x82EE1A
    KwUw
    28.79956
    fak1_q4p3945Em4
    0.00
    28.79956

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAFPBKVPU
    "Korrektur Ausfluß abh. von pbkvmod_w/pubkv_w"
    CURVE
    0x82F152
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F152  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pbkvmpu_w
        fak_uw_b2
        4
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAHCTEMK
    "Kennlinie Adaptionsgeschwindigkeit Abweichung HC-Konzentration (dkhc_w)"
    CURVE
    0x81ABE0
    GklWUb
    9.961
    perio_q0p03906
    0.00
    9.961

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABE0  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mksbg
        m_ub_b25p6
        5
        0.00
        25.50

        AXIS_PTS_REF SMK05TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAKFAD
    "Adsorbtionskonstante AKF"
    CURVE
    0x82ED22
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED22  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vgste_w
        vpert_q0p000390625
        4
        0.00
        25.59961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAMFZ
    "Segment- bzw. Messfensterbeginn bei Segmentzeiterfassung Aussetzererkennung"
    VALUE
    0x8181E4
    KwSb
    1530.
    kw_tooth_sy
    -768.0
    762.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAPDK
    " Absolute Wärmekapazität der Drosselklappe(= cp_DK*Masse_DK)"
    VALUE
    0x82A81A
    KwUw
    4095.938
    fak_q0p0625_JK
    0.00
    4095.938

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A81A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAPFSR
    " Absolute Wärmekapazität der Füllung im SR(= cp_Luft*Masse_Füllung im SR)"
    VALUE
    0x82A81C
    KwUw
    4095.938
    fak_q0p0625_JK
    0.00
    4095.938

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A81C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAPWSR
    " Absolute Wärmekapazität der Saugrohrwand(= cp_Wand*Masse_Wand)"
    VALUE
    0x82A81E
    KwUw
    4095.938
    fak_q0p0625_JK
    0.00
    4095.938

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A81E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAPWSRBAGR
    "Absolute Wärmekapazität Saugrohrwand bei AGR-Einleitstelle"
    VALUE
    0x82A820
    KwUw
    4095.938
    fak_q0p0625_JK
    0.00
    4095.938

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A820  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KASZGHOM
    "Aktualisierungsschwelle für ZGST-Homogeneingriffsfaktor"
    VALUE
    0x82B072
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B072  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMCPHK
    "Absolute Wärmekapazität Rohr vor Hauptkat = cp_Rohr*Masse Rohr Hauptkat"
    VALUE
    0x827C08
    KwUw
    14563.33
    fak_q0p2222_JK
    0.00
    14563.33

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMCPHX
    "Absolute Wärmekapazität Krümmer = cp_Krümmer*Masse LSU-Sechskant"
    VALUE
    0x827F88
    KwUw
    14563.11
    fak_q0p2222_JK
    0.2222222
    14563.33

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMCPKR
    "Absolute Wärmekapazität Krümmer = cp_Krümmer*Masse Krümmer"
    VALUE
    0x827C0A
    KwUw
    14563.33
    fak_q0p2222_JK
    0.00
    14563.33

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMCPRO
    "Absolute Wärmekapazität Rohr= cp_Rohr*Masse Rohr"
    VALUE
    0x827C0C
    KwUw
    14563.33
    fak_q0p2222_JK
    0.00
    14563.33

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMCPVK
    "Absolute Wärmekapazität Rohr vor Vorkat = cp_Rohr*Masse Rohr"
    VALUE
    0x827C0E
    KwUw
    14563.33
    fak_q0p2222_JK
    0.00
    14563.33

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMCPVY
    "Absolute Wärmekapazität Rohr vor Y-Zusammenführung = cp_Rohr*Masse Rohr bis Y"
    VALUE
    0x827C10
    KwUw
    14563.33
    fak_q0p2222_JK
    0.00
    14563.33

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KBAGRMN
    "Korrektur Blende AGR Minimum"
    VALUE
    0x81B4A6
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KBDAGRSMN
    "Faktor Korrektur Blende Diagnose AGR Minimum"
    VALUE
    0x81B460
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B460  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KBDAHYMN
    "Korrektur Blende Diagnose AGR Hysterese für Minimum"
    VALUE
    0x81B462
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B462  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KBDAKTMN
    "Faktor Korrektur Blende Diagnose AGR Minimum im Kurztest"
    VALUE
    0x81B464
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B464  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KBDASCHMN
    "Faktor Korrektur Blende Diagnose AGR Minimum in Schichtbetrieb"
    VALUE
    0x81B466
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B466  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDBKSR
    "Bewertungsfaktor D-Anteil"
    VALUE
    0x829B42
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDHRLSU
    "D-Verstärkungsfaktor des PID-Reglers für %HRLSU"
    VALUE
    0x82E4AC
    KwUw
    33.33282
    reltemp_q5p086Em4
    0.00
    33.33282

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLASHKI
    "Kennlinie über dlashkm, Bewertungsfaktor für I-Anteil in der LRHK"
    CURVE
    0x82E966
    GklWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E966  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dlashkm_w
        fak_sw_b1
        8
        -1.000000
        0.9999695

        AXIS_PTS_REF SM108LHSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLASHKP
    "Kennlinie über dlashkm_w, Bewertungsfaktor für P-Anteil in der LRHK"
    CURVE
    0x82E976
    GklWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E976  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dlashkm_w
        fak_sw_b1
        8
        -1.000000
        0.9999695

        AXIS_PTS_REF SM108LHSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLRIDDVE
    "Identifizierung des DLR-Parametersatzes zu DV-E-Typ"
    VALUE
    0x8194EB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLRRIE
    "Kennlinie AGR-abhänigige Lambda-Ist-Korrektur für stetige Lambdaregelung"
    CURVE
    0x8166EC
    KlAUwSstUwWSb
    0.06226
    fak_sb_b0p03125
    -0.03125
    0.03101

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8166EC  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rriext_w
        rel_uw_b100
        6
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDYNFA
    "Rekursionskonstante für LSU-Dynamik bei Kurztest"
    VALUE
    0x82EAD2
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDYNLSU
    "Rekursionskonstante für LSU-Dynamik"
    VALUE
    0x82EAD4
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KE1N
    "Klopferkennungsschwelle bei Zylinderzähler 1"
    CURVE
    0x81A237
    GklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A237  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KE2N
    "Klopferkennungsschwelle bei Zylinderzähler 2"
    CURVE
    0x81A247
    GklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A247  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KE3N
    "Klopferkennungsschwelle bei Zylinderzähler 3"
    CURVE
    0x81A257
    GklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A257  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KE4N
    "Klopferkennungsschwelle bei Zylinderzähler 4"
    CURVE
    0x81A267
    GklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A267  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KEMLN
    "Messfensterlänge für Klopfregelung"
    CURVE
    0x81A197
    GklWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A197  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KETAZWNL
    "Konstante Zündwinkelwirkungsgrad-Differenz für Notlauf"
    VALUE
    0x819FD4
    KwUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FD4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAGRKH
    "Korrektur des NOx-Rohmassenstromes durch AGR im homogenen Magerbetrieb"
    MAP
    0x828E22
    KfAxUwAyUwSstxUwSstyUwWUw
    31.99951
    fak_uw_b32
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828E22  0xEC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msnohmx_w
        m_q0p00678_mgdivs
        12
        0.00
        444.4377

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rri_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAGRKS
    "Korrektur des NOx-Rohmassenstromes durch AGR im Schichtbetrieb"
    MAP
    0x828F0E
    KfAxUwAyUwSstxUwSstyUwWUw
    31.99951
    fak_uw_b32
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828F0E  0xEC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msnosmx_w
        m_q0p00678_mgdivs
        12
        0.00
        444.4377

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rri_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAMAL
    "Kennfeld Absenkungsfaktor für Lur-Wert bei erkannten Mehrfachaussetzern"
    MAP
    0x819286
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819286  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAMAL1
    "Kennfeld Absenkungsfaktor für Lur-Wert bei erkannten Mehrfachaussetzern"
    MAP
    0x8192C6
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8192C6  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAMAL2
    "Kennfeld Absenkungsfaktor für Lur-Wert bei erkannten Mehrfachaussetzern"
    MAP
    0x819306
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819306  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFANFPU
    "Kennfeld Anfahrverhalten"
    MAP
    0x81AF5A
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF5A  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        pu
        p_ub_q5
        5
        0.00
        1275.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATLAMS
    "Kennfeld Lambdakorrektur für Krümmerabgastemperatur"
    MAP
    0x827C12
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C12  0x9C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsbg_w
        fak_uw_b16
        10
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        msabikr_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMKRH
    "Kennfeld stationäre Krümmertemperatur im Homogenbetrieb"
    MAP
    0x827CAE
    KfAxUwAyUwSstxUwSstyUwWUw
    1262.836
    temp_q0p0234_o273
    -0.009375000
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827CAE  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rkg_w
        rel_uw_b3072
        8
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMKRS
    "Kennfeld stationäre Krümmerabgastemperatur im Schichtbetrieb"
    MAP
    0x827D52
    KfAxUwAyUwSstxUwSstyUwWUw
    1262.836
    temp_q0p0234_o273
    -0.009375000
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D52  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rkg_w
        rel_uw_b3072
        8
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATZWMS
    "Kennfeld Zündwinkelkorrektur für Krümmerabgastemperatur"
    MAP
    0x827DF6
    KfAxUbAyUbSstxUbSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DF6  0x5C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        etazwatmk
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        msabikr_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFBADE
    "Faktor Beschleunigungsanreicherung Direkteinspritzung"
    MAP
    0x819F51
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F51  0x3F  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        7
        0.00
        10200.

        AXIS_PTS_REF SNM07ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFBDEMBV
    "Zulässige Betriebsarten hinsichtlich Brennverfahrensgrenzen"
    MAP
    0x819E1B
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E1B  0x122  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotbdembv
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        misobdembv
        rel_ub_b100
        16
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFBDEMFA
    "Fahrerwunsch-Betriebsart"
    MAP
    0x819D76
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D76  0x90  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotbdemfa
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mbdemfa
        rel_q0p39
        10
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFBRAWA
    "Sollbeschleunigung bei Wiederaufnahme"
    MAP
    0x829752
    KfAxUwAyUwSstxUwSstyUwWUw
    27.7802865
    bfzg_sw_q4p239Em4
    0.00
    27.7802865

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829752  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfgr_w
        vfzg_uw_b512
        8
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        dvzi_w
        vfzg_uw_q0p0078125
        6
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFBSI
    "Faktor Bewertung Schwefelinhalt"
    MAP
    0x829274
    GkfWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829274  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        subel_w
        fak_uw_b1
        8
        0.00
        0.9999847

        AXIS_PTS_REF SSL08SKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        subelst_w
        fak_uw_b1
        8
        0.00
        0.9999847

        AXIS_PTS_REF SST08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFCFO1
    "Kennfeld zur Definition der Bereichseigenschaften (dominant..)"
    MAP
    0x81010B
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81010B  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        idxfomi
        dez
        3
        0.00
        2.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  3

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        idxfon
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFCFO2
    "Kennfeld zur Definition der Bereichseigenschaften (dominant..)"
    MAP
    0x810123
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810123  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        idxfomi
        dez
        3
        0.00
        2.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  3

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        idxfon
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDESUEX
    "Kennfeld Energieeintrag zur Entschwefelung"
    MAP
    0x828B2E
    KfAxUwAyUwSstxUwSstyUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B2E  0x82  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsoni_w
        fak_uw_b16
        7
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tkihkm_w
        temp_q0p0234_o273
        7
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDETAZWK
    "Kennfeld Korrektur Zündwinkelwirkungsgrad bei DTEV"
    MAP
    0x81ACF9
    KfAxUbAyUbSstxUbSstyUbWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF9  0x39  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        etazwist
        rel_ub_b127p5
        7
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        dzwoptte
        zw_q0p1875
        6
        0.00
        47.81

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLASO
    "Kennfeld Lambdasollwert-Korrektur für stetigen Lambdaregler"
    MAP
    0x81AA44
    GkfWSb
    0.06226
    fak_sb_b0p03125
    -0.03125
    0.03101

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA44  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        AXIS_PTS_REF SNM06LSUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        AXIS_PTS_REF SRL06LSUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLSD
    "Dämpfung PT2-Filter Lastschlagdämpfung"
    MAP
    0x82DAC8
    GkfWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DAC8  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLUR
    "Kennfeld für Laufunruhedifferenz dluts Referenzwert"
    MAP
    0x81F19C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F19C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLUR1
    "Kennfeld für Laufunruhedifferenz dluts Referenzwert"
    MAP
    0x81F21C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F21C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLUR2
    "Kennfeld für Laufunruhedifferenz dluts Referenzwert"
    MAP
    0x81F29C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F29C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLURS
    "Kennfeld für Laufunruhedifferenz dluts Referenzwert"
    MAP
    0x81F31C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F31C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDADP
    "Obere Schwelle für Momenteneingriff bei Dashpot"
    MAP
    0x82D914
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D914  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        6
        0.00
        255.0

        AXIS_PTS_REF SGA06MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mkar_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        AXIS_PTS_REF SMK08MDSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDARO
    "Obere Schwelle für Momenteneingriff"
    MAP
    0x82D974
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D974  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        6
        0.00
        255.0

        AXIS_PTS_REF SGA06MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mkar_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        AXIS_PTS_REF SMK08MDSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDAROS
    "Obere Schwelle für Momenteneingriff stationär"
    MAP
    0x82D9D4
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D9D4  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        6
        0.00
        255.0

        AXIS_PTS_REF SGA06MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mkar_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        AXIS_PTS_REF SMK08MDSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDKOE
    "Anfangswert Momentenfilter bei Klimakompressor Einschalten"
    MAP
    0x81A7ED
    GkfWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7ED  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tlok
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STA06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDPO
    "Delta Moment Dashpotauslösung"
    MAP
    0x81545A
    KfAxUbAyUbSstxSwSstyUbWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81545A  0x76  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfanb_w
        rel_sw_b100
        6
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMLSDO
    "Delta Moment Auslösung Lastschlagdämpfung"
    MAP
    0x8154D0
    KfAxUwAyUwSstxSwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8154D0  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfanb_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMLSDS
    "Delta Moment Auslösung Lastschlagdämpfung nach Schaltvorgang"
    MAP
    0x82DB28
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DB28  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP
    "Kennfeld für pedalabhängigen Teil der Verlustmomente"
    MAP
    0x810A41
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A41  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped
        relPED_ub_b100
        8
        0.00
        100.0

        AXIS_PTS_REF SWP08MFUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP_UC_0
    ""
    MAP
    0x810FC9
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FC9  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        AXIS_PTS_REF MZUL_SPSNV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP_UC_1
    ""
    MAP
    0x811009
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811009  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        AXIS_PTS_REF MZUL_SPSNV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP_UM_0
    "Kennfeld für pedalabhängigen Teil der Verlustmomente"
    MAP
    0x814322
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814322  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        AXIS_PTS_REF SPSNV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP_UM_1
    "Kennfeld für pedalabhängigen Teil der Verlustmomente"
    MAP
    0x814362
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814362  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        AXIS_PTS_REF SPSNV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT
    "Kennfeld zur Berücksichtigung temperaturabhängiger Momente (Ebene 1)"
    MAP
    0x810A81
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A81  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STM08MFUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT_UC_0
    ""
    MAP
    0x811049
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811049  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn_uc
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF TMOV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT_UC_1
    ""
    MAP
    0x811089
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811089  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn_uc
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF TMOV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT_UM_0
    "Kennfeld zur Berücksichtigung temperaturabhängiger Momente"
    MAP
    0x8143A2
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8143A2  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn_um
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF TMOV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT_UM_1
    "Kennfeld zur Berücksichtigung temperaturabhängiger Momente"
    MAP
    0x8143E2
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8143E2  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn_um
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF TMOV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDPVL
    "Druckabfall am Luftfilter zur Berechnung Massestrom Tankentlüftung hinter Lader"
    MAP
    0x82EE1C
    KfAxUwAyUwSstxUwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE1C  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mshfm_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        3
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMRBS
    "Kennfeld Motortemperatur-Gradient für Referenzmodell bei Bed. Schichtbetrieb"
    MAP
    0x82BA26
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA26  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmrw
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMRS
    "Kennfeld Motortemperatur-Gradient im Schub für Referenzmodell"
    MAP
    0x82BA46
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA46  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmrw
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMTE
    "Kennfeld Motortemperaturgradient für Ersatztemperatur"
    MAP
    0x82BA66
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA66  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmew
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMTR
    "Kennfeld Motortemperaturgradient für Referenztemperatur"
    MAP
    0x82BA86
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA86  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmrw
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMTU
    "Kennfeld Korrekturgradient Motortemperatur bei geringer Erwärmung"
    MAP
    0x82BAA6
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BAA6  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumginp
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTUMTAV
    "Offset-Kennfeld Ansauglufttemperatur -> Umgebungstemperatur"
    MAP
    0x82BC0E
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC0E  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDWESES
    "Differenzwinkel Einspritzende Schicht"
    MAP
    0x8199EF
    GkfWUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199EF  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dpsmxscs
        p_ub_q10
        8
        0.00
        2550.

        AXIS_PTS_REF SDP08ZUUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDYESPF
    "Lastdynamikerkennungsschwelle"
    MAP
    0x82C7FE
    GkfWSw
    1279.961
    p_sw_q0p039
    0.00
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C7FE  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        4
        0.00
        191.3

        AXIS_PTS_REF SRL04DYUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDYESPFOF
    "Dynamikvorhalt Offsetschwelle"
    MAP
    0x82C87E
    GkfWSw
    1279.961
    p_sw_q0p039
    0.00
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C87E  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        4
        0.00
        191.3

        AXIS_PTS_REF SRL04DYUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZMNST
    "Min-Zündwinkeloffset im Nachstart - Regelung des Startüberschwingers"
    MAP
    0x811552
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811552  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        AXIS_PTS_REF SNM04ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        4
        -1280.
        1270.

        AXIS_PTS_REF SNS04ZUSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWAGL
    "Zündwinkeloffset bei AGR mit Ladungsbewegungsklappe in Funktion"
    MAP
    0x815C2C
    GkfWSw
    49151.25
    zw_sw_q0p75
    -24576.00
    24575.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815C2C  0x54  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        7
        0.00
        1535.977

        AXIS_PTS_REF SRL07OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rriext_w
        rel_uw_b100
        6
        0.00
        99.99847

        AXIS_PTS_REF SRR06OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWAGN
    "Drehzahlabhängiger zusätzlicher Zündwinkeloffset bei AGR"
    MAP
    0x82DD86
    KfAxUwAyUwSstxUwSstyUwWSw
    49151.25
    zw_sw_q0p75
    -24576.00
    24575.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DD86  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rriext_w
        rel_uw_b100
        6
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWAGR
    "Zündwinkeloffset bei AGR"
    MAP
    0x815C80
    GkfWSw
    49151.25
    zw_sw_q0p75
    -24576.00
    24575.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815C80  0x54  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        7
        0.00
        1535.977

        AXIS_PTS_REF SRL07OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rriext_w
        rel_uw_b100
        6
        0.00
        99.99847

        AXIS_PTS_REF SRR06OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWAGRS
    "Zündwinkeländerung aufgrund AGR im Schichtbetrieb"
    MAP
    0x82AB38
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB38  0x48  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        12
        0.00
        99.99847

        AXIS_PTS_REF SMI12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWHMM
    "Deltazündwinkelkennfeld im homogenmager Betrieb, LBK außer Funktion"
    MAP
    0x81192D
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81192D  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWHMML
    "Deltazündwinkelkennfeld im homogenmager Betrieb, LBK in Funktion"
    MAP
    0x8119ED
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8119ED  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWKG
    "Zündwinkelkorrektur durch Verschieben der Klopfgrenze"
    MAP
    0x816C5A
    KfAxUwAyUwSstxUwSstyUwWSw
    191.2500
    zw_sb_q0p75
    -96.00000
    95.25000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C5A  0xEC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        lamsbg_w
        fak_uw_b16
        12
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWKGAGL
    "DeltaZündwinkel durch  Verschieben d. Klopfgrenze bei HOM+AGR, wenn flb_w=1"
    MAP
    0x811AAD
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811AAD  0x50  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        10
        0.00
        16383.75

        AXIS_PTS_REF SNM10ZU1UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWKGAGR
    "Zündwinkelkorrektur durch Verschieben der Klopfgrenze bei HOM+AGR-Betrieb"
    MAP
    0x811AFD
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811AFD  0x50  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        10
        0.00
        16383.75

        AXIS_PTS_REF SNM10ZU1UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWSCH
    "Kennfeld für Delta-Zündwinkel im Schichtbetrieb"
    MAP
    0x82AB80
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB80  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dpsmxscs
        p_ub_q10
        8
        0.00
        2550.

        AXIS_PTS_REF SDP08ZUUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFETATEM
    "Kennfeld Heizwirkungsgrad Doppeleinspritzung"
    MAP
    0x82C738
    GkfWUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C738  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        AXIS_PTS_REF SNM04KHUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mizsol_w
        rel_uw_b100
        4
        0.00
        99.99847

        AXIS_PTS_REF SMI04KHUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFDLBTS
    "Faktor Delta Lambdasoll für Bauteileschutz"
    MAP
    0x8198F6
    GkfWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198F6  0x50  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        AXIS_PTS_REF SNM10GK2UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        AXIS_PTS_REF SRL08GK2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFFANZ
    "Anzahl Folgefunken"
    MAP
    0x811D2F
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D2F  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFGDMAR
    "Gewichtungsfaktor für maximalen stationären Antiruckel-Eingriff"
    MAP
    0x81A912
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A912  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFKASX
    "Kennfeld max. spez. Kraftstoffrate Tankentlüftung"
    MAP
    0x81ABE5
    GkfWUb
    0.4980
    fak_ub_b0p5
    0.00
    0.4980

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABE5  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mksbg
        m_ub_b25p6
        5
        0.00
        25.50

        AXIS_PTS_REF SMK05TEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        AXIS_PTS_REF STA04TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFLAF
    "Kennfeld relative Förderleistungsanforderung"
    MAP
    0x829B44
    KfAxUbAyUbSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B44  0x92  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dmkrhdev_w
        m_uw_q0p24
        8
        0.00
        15728.40

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        pbksinp_w
        p_q0p1
        7
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFPSTEB
    "Kennfeld Vorgabe Quotient Saugrohrdruck zu Umgebungsdruck F( nmot, misol)"
    MAP
    0x81ABF9
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ABF9  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04TEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misol
        rel_ub_b100
        4
        0.00
        99.61

        AXIS_PTS_REF SMI04TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFPSTED
    "Kennfeld Vorgabe Quotient Saugrohrdruck zu Umgebungsdruck F(mksbg,fteadf)"
    MAP
    0x81AC09
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC09  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mksbg
        m_ub_b25p6
        4
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        fteadfu
        fak_q0p5
        4
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFRARAW
    "Verstärkungsfaktor bei AT, WK geschlossen"
    MAP
    0x81A944
    KfAxUbAyUbSstxUbSstyUbWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A944  0x39  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        7
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFRARHG
    "Verstärkungsfaktor"
    MAP
    0x81A97D
    KfAxUbAyUbSstxUbSstyUbWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A97D  0x39  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        7
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFTEVFX
    "Kennfeld max. prozentualer TEV Öffnungsquerschnitt"
    MAP
    0x81AC23
    KfAxUbAyUbSstxUbSstyUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC23  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        pspu
        fak_ub_b2
        4
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFUPSRLK
    "fupsrl-Korrektur bei großen Lasten"
    MAP
    0x82A2DA
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2DA  0x154  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rlfg_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFWL
    "Kennfeld Warmlauffaktor"
    MAP
    0x8197F0
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197F0  0x90  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STM12ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFWLRL
    "Kennfeld Warmlauffaktor lastabhängiger Anteil"
    MAP
    0x810548
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810548  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STS08ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlp
        rel_ub_q0p75
        6
        0.00
        191.3

        AXIS_PTS_REF SRP06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFGNSOL
    "Kennfeld für Abregelinitialisierungswert fgnsol"
    MAP
    0x82D564
    KfAxUbAyUbSstxUwSstyUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D564  0x38  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnst_w
        t10msxs_uw_b655p35
        6
        0.00
        655.3500

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFGPRSOLFN
    "Negativer Gradient, Gradientlimiter - Raildruck-Sollwert"
    MAP
    0x82C002
    KfAxUwAyUwSstxUwSstyUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C002  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        5
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFGPRSOLFP
    "Positiver Gradient, Gradient Limiter- Raildruck-Sollwert."
    MAP
    0x82C04C
    KfAxUwAyUwSstxUwSstyUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C04C  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        5
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFHDEVIEIN
    "HDEV-Endstufe DC/DC-Wiedereinschaltstrom (KF)"
    MAP
    0x8194FC
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194FC  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ubrsq
        spg_q0p1
        4
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFHDTBOOST
    "HDEV-Endstufe Boostertimeout  (KF)"
    MAP
    0x819516
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819516  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ubrsq
        spg_q0p1
        2
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFHLAMN
    "Kennfeld für Leerlaufsolldrehzahl bei Heizanforderung"
    MAP
    0x81A602
    KfAxUbAyUbSstxUbSstyUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A602  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFHOMANF
    "Motorsolltemperatur für Heizleistungsanforderung"
    MAP
    0x8191FD
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191FD  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzghai
        vfzg_ub_q1p25
        3
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFHSTT
    "Faktor Heißstart"
    MAP
    0x8103F2
    KfAxUbAyUbSstxUbSstyUbWUb
    63.75
    fak_ub_b64
    0.00
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103F2  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKASNH
    "Kennfeld max. spez. Kraftstoffrate TE bei Notlauf Homogen"
    MAP
    0x81AC3D
    GkfWUb
    0.4980
    fak_ub_b0p5
    0.00
    0.4980

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC3D  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04TEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misol
        rel_ub_b100
        4
        0.00
        99.61

        AXIS_PTS_REF SMI04TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKASNS
    "Kennfeld max. spez. Kraftstoffrate TE bei Notlauf Schicht"
    MAP
    0x81AC4D
    GkfWUb
    0.4980
    fak_ub_b0p5
    0.00
    0.4980

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC4D  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04TEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misol
        rel_ub_b100
        4
        0.00
        99.61

        AXIS_PTS_REF SMI04TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKHSWS
    "Kennfeld Anforderung Wärmestrom im Abgas für Katalysatorheizen nach Start"
    MAP
    0x82C59A
    GkfWUw
    131070.0
    leist_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C59A  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08KHUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        8
        0.00
        99.99847

        AXIS_PTS_REF SMG08KHUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKHSWSLL
    "Kennfeld Anforderung (im LL)  für Wärmestrom im Abgas für Kat-Heizen nach Start"
    MAP
    0x82C61A
    GkfWUw
    131070.0
    leist_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C61A  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08KHUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        8
        0.00
        99.99847

        AXIS_PTS_REF SMG08KHUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKNKS
    "Kennfeld Bewertungsfaktor Kühlung durch nachfließenden Kraftstoff"
    MAP
    0x829BD6
    KfAxUbAyUbSstxUbSstyUwWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829BD6  0x2B  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ttankbks
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        dmkrhdev_w
        m_uw_q0p24
        5
        0.00
        15728.40

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKOMABNPU
    "mrfa-Schwelle ab der Klimakompressor nicht mehr abgeschalten wird"
    MAP
    0x82F1E4
    KfAxUwAyUwSstxUwSstyUwWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F1E4  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        3
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKRFKN
    "Spätverstellung pro Klopfereignis"
    MAP
    0x81A2B1
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2B1  0x9A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        virkr
        fak_ub_b16
        8
        0.00
        15.94

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKRVFN
    "Anz. Zünd./Zyl., bzw. Zeitangabe von Frühverst. zu Frühverst. (Stufenbreite-KR)"
    MAP
    0x81A34B
    KfAxUbAyUbSstxUbSstyUbWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A34B  0x9A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        krfkw
        zw_ub_qn0p75
        8
        -191.3
        0.00

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKRVFSN
    "Anzahl Zündungen/Zyl., oder Zeitangabe für schnelle Frühverstellung der KR"
    MAP
    0x81A3E5
    KfAxUbAyUbSstxUbSstyUbWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A3E5  0x9A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        krfkw
        zw_ub_qn0p75
        8
        -191.3
        0.00

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKSWF
    "Kennfeld für Kat.-Schutz-Wichtungsfaktoren"
    MAP
    0x810153
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810153  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        midmd
        rel_ub_b99p6
        6
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKTRKN
    "Kennfeld Motor-Solltemperatur BDE"
    MAP
    0x82F25C
    KfAxUbAyUbSstxUbSstyUwWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F25C  0x2B  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        5
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKTRV
    "Motorsolltemperatur für Kühlmitteltemperaturregelung geschwindigkeitsabhängg"
    MAP
    0x81AF7F
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF7F  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLADMXHMM
    "Obere dynamische Lambdagrenze für HMM ohne externe AGR"
    MAP
    0x82B1B6
    KfAxUwAyUwSstxUwSstyUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1B6  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        miglsol_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLADXHMMA
    "Obere dynamische Lambdagrenze für HMM bei applizierter AGR-Rate"
    MAP
    0x82B25A
    KfAxUwAyUwSstxUwSstyUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B25A  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        miglsol_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLAHMM
    "Lambda-Sollwert für HMM"
    MAP
    0x82B2FE
    KfAxUwAyUwSstxUwSstyUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B2FE  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        miglsol_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLAMAGR
    "Kennfeld Lambda-Korrektur bei Abgasrückführung"
    MAP
    0x811421
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811421  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLANS
    "Kennfeld Lambda-Motor-Beschreibung im Nachstart"
    MAP
    0x81466A
    KfAxUbAyUbSstxUbSstyUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81466A  0x146  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib1_w
        dez
        12
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLANSKH
    "Kennfeld Lambda-Motor-Vorgabe bei Katheizen im Nachstart"
    MAP
    0x814EAE
    KfAxUbAyUbSstxUbSstyUwWUw
    15.99976
    fak_q0p000244
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814EAE  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib_w
        dez
        12
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLASWLR
    "Kennfeld Lambda-Motor-Soll im Warmlauf bei aktiver LR"
    MAP
    0x8196F6
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196F6  0x90  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STM12ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLBKAPP
    "Kennfeld LBK-Sollwert zur Applikation"
    MAP
    0x82A9CA
    KfAxUbAyUbSstxUwSstyUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A9CA  0x5A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        8
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLBTS
    "Lambdasoll für Bauteileschutz"
    MAP
    0x819946
    GkfWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819946  0x50  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        AXIS_PTS_REF SNM10GK2UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        AXIS_PTS_REF SRL08GK2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLBTSLBKO
    "Lambdasoll für Bauteileschutz bei offener LBK"
    MAP
    0x819996
    GkfWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819996  0x50  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        AXIS_PTS_REF SNM10GK2UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        AXIS_PTS_REF SRL08GK2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLDESU
    "Lambda-Motor-Soll bei Schwefelregenerierung NOx-Katalysator"
    MAP
    0x8292F4
    GkfWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8292F4  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        subel_w
        fak_uw_b1
        8
        0.00
        0.9999847

        AXIS_PTS_REF SSL08SKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        subelst_w
        fak_uw_b1
        8
        0.00
        0.9999847

        AXIS_PTS_REF SST08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLMSKH
    "Kennfeld Lambda-Motor-Soll bei Katheizen"
    MAP
    0x82C422
    KfAxUbAyUbSstxUwSstyUwWUw
    8.000000
    fak_q0p000244
    0.00
    8.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C422  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG1
    "Kennfeld Reglerparameter g1 stetiger Lambdaregler"
    MAP
    0x82E4CE
    GkfWSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4CE  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG2
    "Kennfeld Reglerparameter g2 stetiger Lambdaregler"
    MAP
    0x82E53E
    GkfWUw
    63.99902
    fak_uw_b64
    0.00
    63.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E53E  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG4
    "Kennfeld Reglerparameter g4 stetiger Lambdaregler"
    MAP
    0x82E5AE
    GkfWSw
    3.999939
    fak_sw_b2
    -2.000000
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E5AE  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP1
    "Kennfeld Reglerparameter p1 stetiger Lambdaregler"
    MAP
    0x82E61E
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E61E  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP2
    "Kennfeld Reglerparameter p2 stetiger Lambdaregler"
    MAP
    0x82E68E
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E68E  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP3
    "Kennfeld Reglerparameter p3 stetiger Lambdaregler"
    MAP
    0x82E6FE
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E6FE  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP4
    "Kennfeld Reglerparameter p4 stetiger Lambdaregler"
    MAP
    0x82E76E
    GkfWSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E76E  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRST
    "Kennfeld Streckentotzeit"
    MAP
    0x82E7DE
    KfAxUwAyUwSstxUwSstyUwWUw
    327.67000000
    tz10msxs_uw_b327p68
    0.010000000000
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E7DE  0x92  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSZ
    "Kennfeld Streckenzeitkonstante der LRS, 16-Bit"
    MAP
    0x82E870
    KfAxUwAyUwSstxUwSstyUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E870  0x92  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLSDWA
    "Delta Moment Auslösung Lastschlagdämpfung bei offener Wandlerkupplung"
    MAP
    0x82DB88
    KfAxUbAyUbSstxSwSstyUbWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DB88  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dnitu_w
        nmotd_sw_q0p25
        8
        -8192.000
        8191.750

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUAR
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert"
    MAP
    0x81F780
    GkfWUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F780  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUAR1
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert"
    MAP
    0x81F800
    GkfWUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F800  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUAR2
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert"
    MAP
    0x81F880
    GkfWUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F880  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUARS
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert"
    MAP
    0x81F900
    GkfWUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F900  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUARV
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert für Ventilhub gross"
    MAP
    0x81F980
    GkfWUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F980  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLULR
    "max. Laufunruhe für AGR-Laufunruheregelung"
    MAP
    0x82C4FA
    KfAxUwAyUwSstxUwSstyUwWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4FA  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURB
    "Kennfeld für Laufunruhe-Referenz-Basiswert"
    MAP
    0x81F39C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F39C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURB1
    "Kennfeld für Laufunruhe-Referenz-Basiswert"
    MAP
    0x81F41C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F41C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURB2
    "Kennfeld für Laufunruhe-Referenz-Basiswert"
    MAP
    0x81F49C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F49C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURBS
    "Kennfeld für Laufunruhe-Referenz-Basiswert"
    MAP
    0x81F51C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F51C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURBV
    "Kennfeld für Laufunruhe-Referenz-Basiswert Ventilhub groß"
    MAP
    0x81F59C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F59C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURM
    "Kennfeld für Laufunruhe-Referenzwert zur Mehrfachaussetzererkennung ->Lum-Vergl."
    MAP
    0x81F61C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F61C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURM1
    "Kennfeld für Laufunruhe-Referenzwert zur Mehrfachaussetzererkennung ->Lum-Vergl."
    MAP
    0x81F69C
    GkfWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F69C  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUTSN
    "Normierungskennfeld für LUTS zur Bildung Laufgrenze-Istwert"
    MAP
    0x82B89C
    KfAxUwAyUwSstxSwSstyUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B89C  0xF4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mdkuppl_w
        rel_sw_b100
        10
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        10
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMAKR
    "Kennfeld Meßfensteranfang Klopfregelung"
    MAP
    0x81A1A7
    GkfWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1A7  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        4
        0.00
        191.3

        AXIS_PTS_REF SRL04KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDBGRG
    "Kennfeld mit dem Wert der Momentenbegrenzung"
    MAP
    0x82DE40
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE40  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        2621400.

        FORMAT "%8.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        7
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDDLWS
    "Lenkhilfelastmoment abhängig von der Lenkwinkelgeschwindigkeit"
    MAP
    0x815386
    KfAxSwAySwSstxSwSstySwWSw
    99.99847
    rel_uw_b100
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815386  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dlwsu_w
        dlw_sw_q0p04375
        6
        -1434.044
        1434.000

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        lws_w
        lw_sw_q0p04375
        6
        -1434.044
        1434.000

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDELMX
    "Drehmomentenaufnahme Generator"
    MAP
    0x82D6DA
    KfAxUbAyUbSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D6DA  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        2621400.

        FORMAT "%8.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        3
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDGEN
    "Drehmomentenaufnahme Generator"
    MAP
    0x81A811
    KfAxUbAyUbSstxUbSstyUbWUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A811  0x2B  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        kldfpwm
        rel_ub_b99p6
        6
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDKO
    "Drehmomentaufnahme Klimakompressor"
    MAP
    0x81A83C
    GkfWUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A83C  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tlok
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STA06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDRKO
    "Kennfeld: Klimakompressormoment abh. von rl, nmot"
    MAP
    0x81A860
    GkfWUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A860  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        AXIS_PTS_REF SRL06KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDRKOE
    "Kennfeld: Klimakompressormoment dyn. Anteil abh. von rl, nmot"
    MAP
    0x81A884
    GkfWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A884  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        AXIS_PTS_REF SRL06KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDS
    "Schleppmoment Drehzahl- und Lastabhängigkeit"
    MAP
    0x82D746
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D746  0x160  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16__UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dpsu_w
        p_uw_q0p039
        11
        0.00
        2559.961

        AXIS_PTS_REF SPS11MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDWMX
    "Max. Begrenzung für Drehmomentaufnahme des Wandlers"
    MAP
    0x810747
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810747  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        6
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMGES
    "ind. Moment bei fehlende Getriebe Botschaften"
    MAP
    0x8130D2
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130D2  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        5
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIFABG
    "Delta-Moment für Gradientenbegrenzung"
    MAP
    0x815550
    KfAxUwAyUwSstxSwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815550  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfa_w
        rel_sw_b50
        8
        -50.00000
        49.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIFALS
    "Indiziertes Fahrerwunschmoment für Füllungspfad bei Lastschlagdämpfung"
    MAP
    0x8155F4
    KfAxUbAyUbSstxUbSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8155F4  0x9A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mifak_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMILSD
    "Startwert indiziertes Moment für Lastschlagdämpfung"
    MAP
    0x81568E
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81568E  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mivbeb_w
        rel_uw_b100
        6
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIMN
    "Minimales Schubmoment"
    MAP
    0x82D604
    KfAxUbAyUbSstxUbSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D604  0x9A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIOP
    "Kennfeld optimales Motormoment"
    MAP
    0x815CD4
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815CD4  0x160  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIOPS
    "Kennfeld optimales Motormoment für Schichtbetrieb"
    MAP
    0x815E34
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815E34  0x160  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIRED
    "Kennfeld Abregelungsmoment für VMAX-Regelung"
    MAP
    0x810B8D
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B8D  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        bfzglf
        bfzg_sb_q0p217
        2
        -27.78
        27.56

        AXIS_PTS_REF SBF02MFSB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        3
        0.00
        1535.977

        AXIS_PTS_REF SRL03MFUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIRL
    "Kennfeld für Berechnung Sollfüllung"
    MAP
    0x813B98
    KfAxUwAyUwSstxUwSstyUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B98  0x1BC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        misopl1_w
        rel_uw_b100
        12
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIRLS
    "Kennfeld für Berechnung Sollfüllung für Schichtbetrieb"
    MAP
    0x813D54
    KfAxUwAyUwSstxUwSstyUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813D54  0x1BC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        misophos_w
        rel_uw_b100
        12
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMI_UC
    "Kennfeld optimales Motormoment im Befehlstest"
    MAP
    0x810E8C
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E8C  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_uc
        rel_ub_q0p75
        8
        0.00
        191.3

        AXIS_PTS_REF MIST_RLV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MIST_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMI_UM
    "Kennfeld optimales Motormoment in der Funktionsüberwachung"
    MAP
    0x814102
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814102  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_um
        rel_ub_q0p75
        8
        0.00
        191.3

        AXIS_PTS_REF RLV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMKRKMAS
    "Schwelle Kleinmengenansteuerung MSV"
    MAP
    0x82BC4C
    GkfWUw
    15728.40
    m_uw_q0p24
    0.00
    15728.40

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC4C  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08HDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        prvst_w
        p_q0p0005
        6
        0.00
        32.76750

        AXIS_PTS_REF SPR06HDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMO2SP
    "Masse O2 im Speicher, abhängig von Raumgeschwindigkeit und Katalysatortemperatur"
    MAP
    0x828086
    GkfWUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828086  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rgnokat_w
        vspace_q16
        8
        0.00
        1048560.

        AXIS_PTS_REF SRG08SKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tkihkm_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        AXIS_PTS_REF STK08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMODI
    "Kennfeld für Aussetzermodi und deren Parameter"
    MAP
    0x813208
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x813208  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        xkfmodi
        dez
        6
        0.00
        5.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  6

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        ykfmodi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMOF
    "Kennfeld für Offset-Toleranz in Abhängigkeit vom zulässigen Moment (Ebene 1)"
    MAP
    0x810AC1
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810AC1  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mizuvfil
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF SMO08MFUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMOF_UC
    "Kennfeld für Offset-Toleranz abhängig vom zulässigen Moment im Befehlstest"
    MAP
    0x8110C9
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110C9  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mz_uc
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF MDV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMOF_UM
    "Kennfeld für Offset-Toleranz in Abhängigkeit vom zulässigen Moment"
    MAP
    0x814422
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814422  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mz_um
        rel_ub_b99p6
        8
        0.00
        99.61

        AXIS_PTS_REF MDV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRES
    "LLR: Basis Momentenreserve im LL und ll-nahem Bereich"
    MAP
    0x8107BA
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107BA  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mifa_w
        rel_uw_b100
        4
        0.00
        99.99847

        AXIS_PTS_REF SMI04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRESK
    "LLR: Basis Momentenreserve im LL und ll-nahem Bereich,ausgekuppelt"
    MAP
    0x8107D2
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107D2  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mifa_w
        rel_uw_b100
        4
        0.00
        99.99847

        AXIS_PTS_REF SMI04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRESKH
    "Momentenreserve bei Kat.heizen"
    MAP
    0x8107EA
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107EA  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        AXIS_PTS_REF SNS06LLSB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        AXIS_PTS_REF STM04SAUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRESNL
    "Momentenreserve im nicht Leerlauf"
    MAP
    0x810802
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810802  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mifa_w
        rel_uw_b100
        4
        0.00
        99.99847

        AXIS_PTS_REF SMI04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRESTA
    "Momentreserve abhängig von tans"
    MAP
    0x81081A
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81081A  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00000
        49103.25

        AXIS_PTS_REF STA04LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mifa_w
        rel_uw_b100
        4
        0.00
        99.99847

        AXIS_PTS_REF SMI04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMSNOH
    "NOx-Rohmassenstrom im Homogen-Mager-Betrieb"
    MAP
    0x828FFA
    KfAxUwAyUwSstxUwSstyUwWUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828FFA  0x154  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rkg_w
        rel_uw_b3072
        12
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMSNOS
    "NOx-Rohmassenstrom im Schichtbetrieb"
    MAP
    0x82914E
    KfAxUwAyUwSstxUwSstyUwWUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82914E  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rkg_w
        rel_uw_b3072
        8
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMSNWDKVP
    "Kennfeld normierter Massenstrom über DK abh. von DK-Winkel und Druckverhältnis"
    MAP
    0x81480E
    KfAxUwAyUwSstxUwSstyUwWUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81480E  0x134  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wdkbab_w
        rel_uw_b100
        16
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        pspvdb_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNL2TUM
    "Kennfeld Nachlaufzeit bei Nachtriggerung"
    MAP
    0x82F288
    KfAxUwAyUwSstxUwSstyUwWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F288  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumkmtr
        temp_ub_q0p75_o48
        5
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNLLNST
    "Drehzahlverlauf nach Start"
    MAP
    0x81A61C
    GkfWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A61C  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tnst
        t1sxs_ub_b255
        6
        0.00
        255.0

        AXIS_PTS_REF STN06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNLTKV
    "Kennfeld Nachlaufzeit"
    MAP
    0x82F2D2
    KfAxUwAyUwSstxUwSstyUwWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F2D2  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vsksmlf_w
        volgrd_q5p96Em4
        5
        0.00
        39.06190

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNLTUM
    "Kennfeld Nachlaufzeit aus TUM / TMOT"
    MAP
    0x82F31C
    KfAxUwAyUwSstxUwSstyUwWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F31C  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumkmtr
        temp_ub_q0p75_o48
        5
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNMAXKI
    "I-Anteil des NMAX-Reglers"
    MAP
    0x81A9D9
    GkfWUb
    4.864
    relnmot_q0p01907
    0.00
    4.864

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9D9  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nsber
        nmot_q64
        4
        0.00
        16320.

        AXIS_PTS_REF SNS04MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNMAXKP
    "P-Anteil des NMAX-Reglers"
    MAP
    0x81A9F9
    GkfWUb
    0.7782
    relnmot_q0p003052
    0.00
    0.7782

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9F9  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nsber
        nmot_q64
        4
        0.00
        16320.

        AXIS_PTS_REF SNS04MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNOHMM
    "Kennfeld NOx-Rohmassenstrom bei BA Homogen-Mager"
    MAP
    0x82857E
    KfAxUbAyUbSstxSwSstyUwWUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82857E  0x154  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mfavmlw_w
        rel_sw_b100
        12
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNOSCH
    "Kennfeld NOx-Rohmassenstrom bei BA Schicht"
    MAP
    0x8286D2
    KfAxUbAyUbSstxSwSstyUwWUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8286D2  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mfavmlw_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNOTE
    "Einfluß von Tankentlüftung auf NOx-Rohemissionen"
    MAP
    0x8291F2
    KfAxUwAyUwSstxSwSstyUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8291F2  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fkatei_w
        fak_sw_b1
        6
        -1.000000
        0.9999695

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        miglsol_w
        rel_uw_b100
        6
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNSA
    "Nachstartanhebung"
    MAP
    0x82AE3C
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AE3C  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNSKHLL
    "Kennfeld für Drehzahlabsteuerung während Katheizen"
    MAP
    0x82C79C
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C79C  0x5C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wistr_w
        fak_uw_b1
        8
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        frhokor_w
        fak_uw_b4
        4
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNSTAMX
    "Drehzahlschwelle für STADAP aktiv"
    MAP
    0x8196CA
    KfAxUbAyUbSstxUbSstyUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196CA  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nstat
        nmot_ub_q10
        4
        0.00
        2550.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNSWRL
    "Wichtung Nachstartanhebung"
    MAP
    0x810578
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810578  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STS08ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlp
        rel_ub_q0p75
        6
        0.00
        191.3

        AXIS_PTS_REF SRP06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNTBKS
    "Solldruck in Abhängigkeit der HDP-Temperatur"
    MAP
    0x829C02
    KfAxUbAyUbSstxUbSstyUwWUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C02  0xBC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tflvrhdp
        temp_ub_q0p75_o48
        10
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWADE
    "Festlegung des Adaptionsbereichs für Flankenadaption Phasensensor Einlass"
    MAP
    0x81ADB0
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADB0  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkf
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlnwkf
        rel_ub_q0p75
        4
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWADGE
    "Festlegung des Adaptionsbereichs für Erste Flankenadaption Phasensensor Einlass"
    MAP
    0x81ADCA
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADCA  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkf
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlnwkf
        rel_ub_q0p75
        4
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWEGM
    "Wiedereinsetzdrehzahlkennfeld"
    MAP
    0x81A590
    GkfWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A590  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        AXIS_PTS_REF STM05SAUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFOELKBI
    "Ölniveauschwelle für Ausgabe an Kombi"
    MAP
    0x819221
    KfAxUbAyUbSstxUbSstyUbWUb
    63.75
    s_q63p75mm
    0.00
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819221  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        kfoelkbi_nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tolc
        temp_ub_q1_o60
        8
        -60.00
        195.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFOSCFN
    "Kennfeld Sauerstoff-Speicherfähigkeit eines Neu-Vorkats"
    MAP
    0x828CD8
    KfAxUwAyUwSstxUwSstyUwWUw
    6553.500
    m_q0p1_mg
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CD8  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkivkm_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFOSCTM
    "Kennfeld OSC des Grenzkatalysators"
    MAP
    0x82950A
    KfAxUbAyUbSstxUwSstyUwWUw
    6543.500
    m_q0p1_mg
    10.00000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82950A  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkihkm_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        msabvhk_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFOSCTMG
    "Kennfeld OSC des GutKatalysators"
    MAP
    0x8295AE
    KfAxUbAyUbSstxUwSstyUwWUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295AE  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkihkm_w
        temp_q0p0234_o273
        3
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        msabvhk_w
        m_uw_b6553p5
        3
        0.00
        200.0000

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPBRA
    "Kennfeld additiver Druck aus Verbrennung"
    MAP
    0x82AFEE
    KfAxUwAyUwSstxSwSstyUwWUw
    655.3500
    p_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFEE  0x82  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wesmkh_w
        kw_q0p75
        7
        -24576.00
        24575.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rks_w
        rel_uw_b3072
        7
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPED
    "Relatives Fahrerwunschmoment aus Fahrpedal"
    MAP
    0x81570E
    GkfWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81570E  0x180  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped_w
        relPED_uw_b100
        16
        0.00
        100.0000

        AXIS_PTS_REF SWP16MDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        AXIS_PTS_REF SNM12MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPEDL
    "Relatives Fahrerwunschmoment aus Fahrpedal für kleine Geschwindigkeiten"
    MAP
    0x81588E
    GkfWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81588E  0x180  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped_w
        relPED_uw_b100
        16
        0.00
        100.0000

        AXIS_PTS_REF SWP16MDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        AXIS_PTS_REF SNM12MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPEDR
    "Relatives Fahrerwunschmoment aus Fahrpedal für Rückwärtsgang"
    MAP
    0x815A0E
    GkfWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815A0E  0x180  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped_w
        relPED_uw_b100
        16
        0.00
        100.0000

        AXIS_PTS_REF SWP16MDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        AXIS_PTS_REF SNM12MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPLMR
    "P-Anteil von Luftmassenregler"
    MAP
    0x813946
    KfAxUbAyUbSstxSwSstyUbWSw
    1535.977
    rel_q0p02344
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813946  0x78  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        drlm_w
        rel_q0p02344
        8
        -768.0000
        767.9766

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmotll
        nmot_ub_q10
        6
        0.00
        2550.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRGE
    "interner Abgaspartialdruck abhängig von NW-Verstellung(Grund-KF) bei Einlaß-NWS"
    MAP
    0x82A42E
    KfAxUwAyUwSstxUwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A42E  0x98  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_uw_q0p0078
        2
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        24
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRGKL2E
    "interner Abgaspartialdruck abh. von NW-Verstellung bei akt. 2.Klappe(Einlaß-NWS)"
    MAP
    0x82A4C6
    KfAxUwAyUwSstxUwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A4C6  0x98  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_uw_q0p0078
        2
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        24
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRMAXU
    "Maximalwertbegrenzung Sollwert Raildruck abhängig von UBatt"
    MAP
    0x82C096
    KfAxUwAyUwSstxUwSstyUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C096  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ubsqf_w
        spg_q0p00039
        5
        0.00
        25.59961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRSOLAP
    "Applikationskennfeld Raildruck Sollwert"
    MAP
    0x82C0E0
    KfAxUwAyUwSstxUwSstyUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C0E0  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        8
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRSOLHMM
    "Sollwert Raildruck im Homogenmagerbetrieb"
    MAP
    0x82C184
    KfAxUwAyUwSstxUwSstyUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C184  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mivbeg_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRSOLHOM
    "Sollwert Raildruck im Homogenbetrieb"
    MAP
    0x82C228
    KfAxUwAyUwSstxUwSstyUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C228  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mivbeg_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRSOLKH
    "Sollwert Raildruck bei Katheizen"
    MAP
    0x82C2CC
    KfAxUwAyUwSstxUwSstyUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C2CC  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mivbeg_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRSOLSCH
    "Sollwert Raildruck im Schichtbetrieb"
    MAP
    0x82C370
    KfAxUwAyUwSstxUwSstyUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C370  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mivbeg_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPSDMN
    "Druckschwelle für B_nplm Diagnose DS-S"
    MAP
    0x82A008
    KfAxUwAyUwSstxSwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A008  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wdkfmn_w
        relDK_q0p02441
        8
        -800.0000
        799.9756

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPSDMX
    "Druckschwelle für B_nplm Diagnose DS-S"
    MAP
    0x82A0AC
    KfAxUwAyUwSstxSwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A0AC  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wdkfmx_w
        relDK_q0p02441
        8
        -800.0000
        799.9756

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPSMXHMM
    "Maximal zulässiger Saugrohrdruck für Betriebsart homogen mager"
    MAP
    0x82B3A2
    GkfWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B3A2  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS1UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misol_w
        rel_uw_b100
        8
        0.00
        99.99847

        AXIS_PTS_REF SMI08PS1UW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPSMXHOS
    "Maximal zulässiger Saugrohrdruck für Betriebsart homogen schicht"
    MAP
    0x82B422
    GkfWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B422  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS2UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misol_w
        rel_uw_b100
        8
        0.00
        99.99847

        AXIS_PTS_REF SMI08PS2UW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPSMXRKAP
    "Androsselungskennfeld für Applikation"
    MAP
    0x82B4A2
    GkfWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B4A2  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS1UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rk_w
        rel_uw_b3072
        8
        0.00
        3071.953

        AXIS_PTS_REF SRK08PS1UW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPSMXSCH
    "Maximal zulässiger Saugrohrdruck für Betriebsart schicht"
    MAP
    0x82B522
    GkfWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B522  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misobv_w
        rel_uw_b100
        8
        0.00
        99.99847

        AXIS_PTS_REF SMI08PS3UW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPSNS
    "Kennfeld für Solldruck im Start und in der Nachstartphase"
    MAP
    0x829CBE
    KfAxUbAyUbSstxUbSstyUwWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829CBE  0x44  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tnse_w
        t100msxs_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU
    "Kennfeld für rel. zul.  Moment aus der Pedalstellung in der Momentenbegrenzung"
    MAP
    0x810B01
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B01  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped
        relPED_ub_b100
        8
        0.00
        100.0

        AXIS_PTS_REF SWP08MFUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU_UC_0
    ""
    MAP
    0x811109
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811109  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        AXIS_PTS_REF MZUL_SPSNV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU_UC_1
    ""
    MAP
    0x811149
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811149  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        AXIS_PTS_REF MZUL_SPSNV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU_UM_0
    "Kennfeld für rel. zul. Moment aus der Pedalstellung in der Momentenüberwachung"
    MAP
    0x814462
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814462  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        AXIS_PTS_REF SPSNV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU_UM_1
    "Kennfeld für rel. zul. Moment aus der Pedalstellung in der Momentenüberwachung"
    MAP
    0x8144A2
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8144A2  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        AXIS_PTS_REF SPSNV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQTKWP
    "Kennfeld P-Anteil Regler Lüfteransteuerung"
    MAP
    0x816E24
    KfAxUbAyUbSstxSbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x816E24  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dtka
        temp_sb_q0p75
        5
        -96.00
        95.25

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQVAC
    "Kennfeld Wärmestrom ECC in °C"
    MAP
    0x82F366
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F366  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQVKOM
    "Kennfeld Wärmestrom erhöhter Kältebedarf"
    MAP
    0x82F38B
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F38B  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRA
    "Zeitkonstante für Fra-Integrator"
    CURVE
    0x82ADBA
    KlAUbSstUbWUw
    4.999924
    zk200msxs_uw_b5
    0.00
    4.999924

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADBA  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        4
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRAT
    "Füllungabhängige Integrationsteigung für FRAT"
    CURVE
    0x82ADC8
    KlAUwSstUwWUw
    4.999924
    zk200msxs_uw_b5
    0.00
    4.999924

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADC8  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dlrfrat_w
        fak_uw_b16
        5
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRKKHDM
    "Kennfeld Momentenbeitrag Doppeleinspritzung"
    MAP
    0x82C758
    GkfWUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C758  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        AXIS_PTS_REF SNM04KHUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mizsol_w
        rel_uw_b100
        4
        0.00
        99.99847

        AXIS_PTS_REF SMI04KHUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRKSZ
    "Kraftstoffmenge (Schicht) bei Doppeleinspritzung BDE"
    MAP
    0x82ACC4
    GkfWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ACC4  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rkm_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRLATR
    "Minimale Last für Abgastemperaturregelung"
    MAP
    0x819FD5
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FD5  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRLIP_UM
    "Kennfeld für rl - Berechnung aus Drosselklappenwinkel in der Funktionsüberwachg"
    MAP
    0x814018
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814018  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ipsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRLMNSCH
    "minimale Luft für Schichtbetrieb"
    MAP
    0x82B5A2
    GkfWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B5A2  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misobv_w
        rel_uw_b100
        8
        0.00
        99.99847

        AXIS_PTS_REF SMI08PS3UW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIEHMMA
    "Applikations-Kennfeld externe Inertgas-Sollrate fuer Homogen Mager"
    MAP
    0x81E2C8
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2C8  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rk_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIEHMMS
    "Kennfeld externe Inertgas-Sollrate fuer Homogen Mager"
    MAP
    0x81E418
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E418  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        12
        0.00
        99.99847

        AXIS_PTS_REF SMI12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIEHOMA
    "Applikations-Kennfeld externe Inertgas-Sollrate fuer Homogen"
    MAP
    0x81E568
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E568  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rk_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIEHOMS
    "Kennfeld externe Inertgas-Sollrate fuer Homogen"
    MAP
    0x81E6B8
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E6B8  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        12
        0.00
        99.99847

        AXIS_PTS_REF SMI12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIEHOSS
    "Kennfeld externe Inertgas-Sollrate fuer Homogen Schicht"
    MAP
    0x81E808
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E808  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        12
        0.00
        99.99847

        AXIS_PTS_REF SMI12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIEHSUA
    "Applikations-Kennfeld ext. Inertgas-Sollrate bei Saugrohr-/LBK-Umschaltung"
    MAP
    0x81E958
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E958  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rk_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIEHSUS
    "Kennfeld externe Inertgas-Sollrate bei Saugrohr-/LBK-Umschaltung"
    MAP
    0x81EAA8
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EAA8  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        12
        0.00
        99.99847

        AXIS_PTS_REF SMI12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIESCHA
    "Applikations-Kennfeld externe Inertgas-Sollrate fuer Schicht"
    MAP
    0x81EBF8
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EBF8  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rk_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIESCHS
    "Kennfeld externe Inertgas-Sollrate fuer Schicht"
    MAP
    0x81ED48
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ED48  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        12
        0.00
        99.99847

        AXIS_PTS_REF SMI12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIESKHS
    "Kennfeld externe Inertgas-Sollrate fuer Schicht Katheizen"
    MAP
    0x81EE98
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EE98  0x150  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        miglsol_w
        rel_uw_b100
        12
        0.00
        99.99847

        AXIS_PTS_REF SMI12AGUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        AXIS_PTS_REF SNM14AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRRIEST
    "Kennfeld Sollwert externe Restgasrate in Temp,- Abh."
    MAP
    0x81EFE8
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EFE8  0x48  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotk_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tansk_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRSCFN
    "Kennfeld Fettgas-Speicherfähigkeit eines Neu-Vorkats"
    MAP
    0x828D7C
    KfAxUwAyUwSstxUwSstyUwWUw
    6553.500
    m_q0p1_mg
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828D7C  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkivkm_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFSUOUT
    "Schwefelaustrag in Abhängigkeit von Temperatur und Abgasmassenstrom"
    MAP
    0x829374
    KfAxUwAyUwSstxUwSstyUwWUw
    0.5925836
    m_q9p04em6
    0.00
    0.5925836

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829374  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msab_w
        m_q0p0277
        5
        0.00
        1820.417

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tkihkm_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFSZTSCH
    "Schließzeit-Kennfeld im Schichtmode"
    MAP
    0x82EFB0
    KfAxUbAyUbSstxUbSstyUwWUw
    25.59844
    txms_uw_q0p0003906
    0.001171875
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EFB0  0x9A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt
        8
        0.00
        17.95

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTANMSA
    "KF aus tanhkm und msabg zur Bestimmung der NOx-Signalfreigabe"
    MAP
    0x828BB6
    KfAxUwAyUwSstxUwSstyUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828BB6  0x92  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tanhkm_w
        temp_q0p0234_o273
        7
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTATRZWS
    "Solltemperatur hinter Vorkat für Zündwinkelregler"
    MAP
    0x82B9B2
    KfAxUwAyUwSstxUwSstyUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9B2  0x34  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        4
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgk_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTDELH
    "Kennfeld Hochsetzwert tskmx_w"
    MAP
    0x828776
    KfAxUwAyUwSstxUwSstyUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828776  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        6
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        msnovkf_w
        m_q0p00678_mgdivs
        3
        0.00
        444.4377

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTEKAH
    "Kennfeld Sollkraftstoffanteil bei Regenerierung im Homogenbetrieb"
    MAP
    0x81AC5D
    GkfWUb
    0.5977
    fak_ub_b1
    0.00
    0.5977

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC5D  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04TEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misol
        rel_ub_b100
        4
        0.00
        99.61

        AXIS_PTS_REF SMI04TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTEKAS
    "Kennfeld Sollkraftstoffanteil bei Regenerierung im Schichtbetrieb"
    MAP
    0x81AC6D
    GkfWUb
    0.5977
    fak_ub_b1
    0.00
    0.5977

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC6D  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04TEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misol
        rel_ub_b100
        4
        0.00
        99.61

        AXIS_PTS_REF SMI04TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTETK
    "Kennfeld Temperatureintrag in den Tank"
    MAP
    0x829D02
    KfAxUwAyUwSstxUwSstyUwWUw
    191.2500
    temp_ub_q0p75
    -7.313830E-307
    191.2500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829D02  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        5
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tanhkm_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTEVP
    "Kennfeld Periodendauer TEV"
    MAP
    0x81AC89
    KfAxUbAyUbSstxUbSstyUbWUb
    127.5
    t500usxms_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC89  0x3D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tateroh
        rel_ub_b99p6
        9
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTKANRK
    "Kennfeld Solltemperatur KW-Ausgang abh. von nmot und rk_w"
    MAP
    0x82F3B0
    KfAxUbAyUbSstxUbSstyUwWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F3B0  0x2B  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        5
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTKASO
    "Kennfeld für Solltemperatur Kühlwasserausgang"
    MAP
    0x81AFA4
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFA4  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkastmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tkasnrlf
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTKATU
    "Kennfeld zur Bewertung der TKA-Solltemp."
    MAP
    0x81AFC9
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFC9  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmotsoll
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTKSU
    "schwefelbeladungsabhängige Solltemperaturforderung"
    MAP
    0x8293BE
    GkfWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8293BE  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        subel_w
        fak_uw_b1
        8
        0.00
        0.9999847

        AXIS_PTS_REF SSL08SKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        subelst_w
        fak_uw_b1
        8
        0.00
        0.9999847

        AXIS_PTS_REF SST08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTMOSCH
    "Kennfeld Offset minimale Kühlwassertemperatur für Schichtbetrieb"
    MAP
    0x81F084
    KfAxUbAyUbSstxUbSstyUwWUb
    191.3
    temp_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F084  0x3C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tskmx_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTMOTKR
    "Kennfeld"
    MAP
    0x82F3DC
    KfAxUbAyUbSstxUbSstyUwWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F3DC  0x2B  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vsksmlf_w
        volgrd_q5p96Em4
        5
        0.00
        39.06190

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTNODB
    "Kennfeld Totzeit bis NOx-Durchbruch"
    MAP
    0x828106
    GkfWUw
    2047.969
    t_q3p125em2
    0.00
    2047.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828106  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rgnokat_w
        vspace_q16
        8
        0.00
        1048560.

        AXIS_PTS_REF SRG08SKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tkihkm_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        AXIS_PTS_REF STK08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTNOK
    "Fiktive Zeit tnok_w, keine Heizerbereitschacht Sensor"
    MAP
    0x82823A
    KfAxUwAyUwSstxUwSstyUwWUw
    65.53500
    t1msxs_b65p535
    0.00
    65.53500

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82823A  0x34  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lavhkm_w
        fak_uw_b16
        4
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tanhkm_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTNOKH
    "Fiktive Zeit tnok_w, Heizerbereitschacht Sensor"
    MAP
    0x82826E
    KfAxUwAyUwSstxUwSstyUwWUw
    65.53500
    t1msxs_b65p535
    0.00
    65.53500

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82826E  0x34  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lavhkm_w
        fak_uw_b16
        4
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tanhkm_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTNSTKO
    "Kennfeld Unterdrückungszeit des Kompressors nach dem Start"
    MAP
    0x82F128
    KfAxUbAyUbSstxUwSstyUbWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F128  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        2
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        2
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTSRL
    "Schließzeitkennfeld"
    MAP
    0x82F04A
    KfAxUwAyUwSstxUwSstyUwWUw
    25.29961
    txms_uw_q0p0003906
    0.3000000
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F04A  0xDE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        9
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        10
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVETR
    "Kennfeld benötigtes Tastverhältnis für ETR"
    MAP
    0x816E4A
    KfAxUbAyUbSstxSbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816E4A  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dkmts
        temp_sb_q0p75
        6
        -96.00
        95.25

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmotsoll
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVFRR
    "Kennfeld: Lambda-Regler nach dieser Zeit auf Referenzwert zurücksetzen"
    MAP
    0x81AD32
    KfAxUbAyUbSstxUbSstyUbWUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD32  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tadteazs
        rel_ub_b99p6
        4
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        3
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVSA
    "Verzögerungszeit für Schubabschalten"
    MAP
    0x81A5B8
    GkfWUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5B8  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        AXIS_PTS_REF STM05SAUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08SAUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVTEV
    "Kennfeld Verzugszeit Tankentlüftungsventil"
    MAP
    0x81ACC6
    KfAxUbAyUbSstxUbSstyUbWUb
    127.5
    t500usxms_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACC6  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt
        6
        0.00
        17.95

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFUMV
    "Kennfeld Bereich Umgehung Magerverbot"
    MAP
    0x8287B0
    KfAxUbAyUbSstxSwSstyUwWUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8287B0  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mfavmlw_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFUMVAR
    "Betriebspunktabhängige Umschaltvariante"
    MAP
    0x819175
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819175  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotumvar
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        misolumvar
        rel_ub_b100
        8
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFURLE
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (Grund-KF) bei Einlaß-NW"
    MAP
    0x82A55E
    KfAxUwAyUwSstxUwSstyUwWUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A55E  0x98  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_uw_q0p0078
        2
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        24
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFURLKL2E
    "Umrechnungsfaktor von ps->rl abh.von NW-Verstell. bei akt.2.Klappe bei Einlaß-NW"
    MAP
    0x82A5F6
    KfAxUwAyUwSstxUwSstyUwWUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A5F6  0x98  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_uw_q0p0078
        2
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        24
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFUSHK
    "Sondenspannungssollwert für Regelung hinter Kat. (statt KFUSRHK für Variantenk.)"
    MAP
    0x81AAA0
    KfAxUbAyUbSstxUbSstyUbWUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AAA0  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVADE
    "Faktor Verzögerungsabmagerung Direkteinspritzung"
    MAP
    0x819F90
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F90  0x3F  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        7
        0.00
        10200.

        AXIS_PTS_REF SNM07ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVERST
    "Gewichtungskennfeld für Reibmomentenaufsteuerung"
    MAP
    0x82D69E
    KfAxUwAyUwSstxUwSstyUwWUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D69E  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped_w
        relPED_uw_b100
        3
        0.00
        100.0000

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        3
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVOFFS
    "Geschwindigkeits-Offset für FGR-Regler"
    MAP
    0x8297F0
    KfAxUwAyUwSstxUwSstyUwWUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297F0  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfgro_w
        vfzg_uw_q0p0078125
        6
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVSTMSVG
    "Verstärkungsfaktor Vorsteuerung MSV"
    MAP
    0x82BCAC
    GkfWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCAC  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08HDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        prvst_w
        p_q0p0005
        6
        0.00
        32.76750

        AXIS_PTS_REF SPR06HDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVSTMSVO
    "Offset Vorsteuerung MSV"
    MAP
    0x82BD0C
    GkfWSw
    6553.500
    kw_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BD0C  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08HDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        prvst_w
        p_q0p0005
        6
        0.00
        32.76750

        AXIS_PTS_REF SPR06HDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKMSNVP
    "Drosselklappen-Sollwinkel"
    MAP
    0x813A08
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A08  0x134  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msndkoug_w
        m_uw_b6553p5
        16
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        pspvdkug_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKSMX
    "maximaler Solldrosselklappenwinkel"
    MAP
    0x82A8DE
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8DE  0xEC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        fptvdk_w
        fak_uw_b4
        8
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKSST
    "Sollwert Drosselklappenwinkel im Start"
    MAP
    0x810350
    KfAxUbAyUbSstxUbSstyUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810350  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKTHO
    "Sollwert Drosselklappenwinkel im Start - f (Höhe, Motorstarttemperatur)"
    MAP
    0x82AA5E
    KfAxUbAyUbSstxUbSstyUwWUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AA5E  0x76  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        1023.984

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESBH
    "Kennfeld für Winkel-Einspritzbeginn im Homogenbetrieb"
    MAP
    0x819A2F
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A2F  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESBH2
    "Kennfeld für Winkel-Einspritzbeginn im Homogenbetrieb für Ladungsbewegung"
    MAP
    0x819A93
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A93  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESBHK
    "Kennfeld für Winkel-Einspritzbeginn im Homogenbetrieb (kalter Motor)"
    MAP
    0x819AF7
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AF7  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESBHST
    "Kennfeld Winkel Einspritzbeginn homogen im Start"
    MAP
    0x819B5B
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B5B  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib
        dez
        6
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESBHSTW
    "Kennfeld Winkel Einspritzbeginn homogen im Wiederholkaltstart"
    MAP
    0x819B8D
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B8D  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib
        dez
        6
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESBKH
    "Kennfeld für Winkel-Einspritzbeginn bei Katheizen mit DE"
    MAP
    0x819BBF
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    kw_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BBF  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rkkh
        rel_ub_q0p75
        5
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESBTK
    "Kennfeld für Winkel-Einspritzbeginn bei Katheizen (HC) mit DE"
    MAP
    0x819BE4
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    kw_qn0p75_on30
    -221.3
    -30.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE4  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rkkh
        rel_ub_q0p75
        5
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESES
    "Kennfeld für Winkel-Einspritzende im Schichtbetrieb"
    MAP
    0x819C09
    GkfWUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819C09  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rkm_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESESHKS
    "Winkel Einspritzende Schicht für DE (Homogen-Klopfschutz)"
    MAP
    0x819C69
    GkfWUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819C69  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rkm_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWESESHSP
    "Winkel Einspritzende Schicht für DE (Homogen-Split)"
    MAP
    0x819CC9
    GkfWUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819CC9  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rkm_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWHSTT
    "Wichtungskennfeld Heißstart"
    MAP
    0x81040F
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81040F  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWKSTAB
    "Faktor Wiederholkaltstart zur Reduzierung der Startmenge"
    MAP
    0x81461A
    KfAxUbAyUbSstxUwSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81461A  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        4
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWKSTN
    "Wichtungskennfeld Kaltstart"
    MAP
    0x81044F
    KfAxUbAyUbSstxUbSstyUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81044F  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWKSTT
    "Wichtungskennfeld Kaltstart"
    MAP
    0x810469
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810469  0xAA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib
        dez
        12
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMABG
    "Kennfeld für Wärmemengen-Schwellwert Taupunktende Abgas"
    MAP
    0x827E52
    GkfWUw
    29825.71
    q_q0p4551
    0.00
    29825.71

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827E52  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tavsost_w
        temp_q0p0234_o273
        7
        -273.1500
        1262.827

        AXIS_PTS_REF STV07TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        AXIS_PTS_REF STM05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMIFABG
    "Überhöhungsfaktor für Momenten-Änderungsbegrenzung"
    MAP
    0x810980
    KfAxUbAyUbSstxUbSstyUbWUb
    2.984
    fak_ub_b4
    1.000
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810980  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        4
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMIFAL
    "Überhöhungsfaktor für Füllungspfad bei Lastschlagdämpfung"
    MAP
    0x81099A
    KfAxUbAyUbSstxUbSstyUbWUb
    2.984
    fak_ub_b4
    1.000
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81099A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        4
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMKAT
    "Kennfeld für Wärmemengen-Schwellwert Taupunktende hinter Kat"
    MAP
    0x827E98
    GkfWUw
    29825.71
    q_q0p4551
    0.00
    29825.71

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827E98  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tahsost_w
        temp_q0p0234_o273
        7
        -273.1500
        1262.827

        AXIS_PTS_REF STH07TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        AXIS_PTS_REF STM05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWPFGR
    "Inverses Pedalkennfeld für FGR-Betrieb"
    MAP
    0x82993A
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82993A  0x1BC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mrfgr_w
        rel_uw_b200
        16
        0.00
        199.9969

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWRNOHK
    "Kennfeld Wachstumsrate der NOx-Emissionen hinter Katalysator pro Zeiteinheit"
    MAP
    0x828186
    GkfWUw
    15.99976
    freq_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828186  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rgnokat_w
        vspace_q16
        8
        0.00
        1048560.

        AXIS_PTS_REF SRG08SKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tkihkm_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        AXIS_PTS_REF STK08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWTBR
    "Wichtungsfaktor Tans/Tmot für Brennraumtemperaturmodell"
    MAP
    0x8137E8
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137E8  0x120  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ps_w
        p_uw_q0p039
        10
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWWLML
    "Kennfeld Wichtung Warmlauffaktor"
    MAP
    0x8105A8
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8105A8  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        imlatm_w
        m_uw_b23p3
        8
        0.00
        23.30133

        AXIS_PTS_REF SIM08ESUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STS08ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWWNS
    "Wiederholstartzeitfaktor"
    MAP
    0x82AE5A
    KfAxUbAyUbSstxUbSstyUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AE5A  0x5A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        8
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWZLSD
    "Reduktionsfaktor für Zeitkonstante Lastschlagdämpfung"
    MAP
    0x8109B4
    KfAxUbAyUbSstxUbSstyUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109B4  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        4
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZDASH
    "Zeitkonstante PT1-Filter Dashpot"
    MAP
    0x82DBCE
    GkfWUw
    81.880000000
    zk10msxs_uw_b655
    0.040000000000
    81.920000000

    FORMAT "%12.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DBCE  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZDASH2
    "Zeitkonstante PT1-Filter Dashpot bei kleinem Kupplungsmoment"
    MAP
    0x82DC2E
    GkfWUw
    81.880000000
    zk10msxs_uw_b655
    0.040000000000
    81.920000000

    FORMAT "%12.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DC2E  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZGVG
    "Kreisverstärkungsgewichtung der ZGST-Regelung"
    MAP
    0x82B074
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B074  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        2
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        2
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZLSD
    "Zeitkonstante PT2-Filter Lastschlagdämpfung"
    MAP
    0x82DC8E
    GkfWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DC8E  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZNSM
    "Zeitkonstante für Solldrehzahlabregelung"
    MAP
    0x81A640
    GkfWUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A640  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        AXIS_PTS_REF SNS06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZPHKIF
    "Integrationsgeschwindigkeit fuer stetige LRHK Zweipunktvariante ushk = ""fett"""
    MAP
    0x82E986
    GkfWUw
    0.04999924
    fak_uw_b0p05
    0.00
    0.04999924

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E986  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        AXIS_PTS_REF SNM04LRHW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        4
        0.00
        1535.977

        AXIS_PTS_REF SRL04LRHW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZPHKIM
    "Integrationsgeschwindigkeit fuer stetige LRHK Zweipunktvariante ushk = ""mager"""
    MAP
    0x82E9A6
    GkfWUw
    0.04999924
    fak_uw_b0p05
    0.00
    0.04999924

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E9A6  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        AXIS_PTS_REF SNM04LRHW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        4
        0.00
        1535.977

        AXIS_PTS_REF SRL04LRHW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZPHKPF
    "P-Sprung fuer stetige LRHK Zweipunktvariante ushk = ""fett"""
    MAP
    0x82E9C6
    GkfWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E9C6  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        AXIS_PTS_REF SNM04LRHW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        4
        0.00
        1535.977

        AXIS_PTS_REF SRL04LRHW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZPHKPM
    "P-Sprung fuer stetige LRHK Zweipunktvariante ushk = ""mager"""
    MAP
    0x82E9E6
    GkfWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E9E6  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        AXIS_PTS_REF SNM04LRHW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        4
        0.00
        1535.977

        AXIS_PTS_REF SRL04LRHW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZTST
    "Zeitkonstante in der Nachstartphase"
    MAP
    0x829D4C
    KfAxUbAyUbSstxUbSstyUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829D4C  0x44  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tnse_w
        t100msxs_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZTTM
    "Kennfeld Zeitkonstante für Tiefpassfilter Temperaturmodell"
    MAP
    0x829D90
    KfAxUwAyUwSstxSwSstyUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829D90  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tdiffbks_w
        temp_sw_q0p75
        5
        -24576.00
        24575.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        5
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZW
    "Zündwinkelkennfeld"
    MAP
    0x811B4D
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811B4D  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWHKS
    "Zündwinkelkennfeld in der BDE- Betriebsart Homogen-Klopfschutz"
    MAP
    0x811C0D
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C0D  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rkm_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWLB1
    "Zündwinkelkennfeld bei geschlossener Ladungsbewegungsklappe"
    MAP
    0x811C6D
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C6D  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWMN
    "Min-Zündwinkel"
    MAP
    0x811562
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811562  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWMNHSP
    "Min-Zündwinkel Katheizen(HSP)"
    MAP
    0x8169B4
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8169B4  0xDE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        12
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWMNKH
    "Min-Zündwinkel Katheizen"
    MAP
    0x816A92
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816A92  0xDE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        12
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWMNLB
    "Min-Zündwinkel bei aktiver Ladungsbewegung"
    MAP
    0x811622
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811622  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWMNST
    "Min-Zündwinkel für Start und Nachstart"
    MAP
    0x816B70
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816B70  0xDE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        12
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWMNUM
    "Kennfeld für Minimal-Zündwinkel bei BDE-Betriebsartenumschaltung"
    MAP
    0x8116E2
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8116E2  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWMS
    "Kennfeld mit dauerhaft spätest möglichem Zündwinkel"
    MAP
    0x8117A2
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8117A2  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWMSLB
    "Kennfeld mit dauerhaft spätest möglichem Zündwinkel bei aktiver Ladungsbewegung"
    MAP
    0x811862
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811862  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWOP
    "optimaler Zündwinkel"
    MAP
    0x815F94
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815F94  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWOP2
    "optimaler Zündwinkel Variante 2"
    MAP
    0x816044
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816044  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWOPHK
    "optimaler Zündwinkel für homogen Klopfschutz (HKS)"
    MAP
    0x8160F4
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8160F4  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWOPL
    "Optimaler Zündwinkel, Ladungsbewegungsklappe Schichtstellung"
    MAP
    0x8161A4
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8161A4  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWOPL2
    "Optimaler Zündwinkel (Variante 2), Ladungsbewegungsklappe Schichtstellung"
    MAP
    0x816254
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816254  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWSCH
    "Kennfeld für Zündwinkel im Schichtbetrieb"
    MAP
    0x82ABC0
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ABC0  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08PS3UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rkm_w
        rel_uw_b3072
        12
        0.00
        3071.953

        AXIS_PTS_REF SRK12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWSTZT
    "Zündwinkelkennfeld im Start"
    MAP
    0x816D54
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D54  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        zzaehl
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWWLNM
    "Delta Zündwinkel im Warmlauf"
    MAP
    0x81AE3F
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE3F  0x90  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        AXIS_PTS_REF SNM12ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STA12WLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWWLRL
    "Delta Zündwinkel im Warmlauf"
    MAP
    0x82EF62
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EF62  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZW_UC
    "Kennfeld für optimalen Zündwinkel im Befehlstest"
    MAP
    0x810ECC
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ECC  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_uc
        rel_ub_q0p75
        8
        0.00
        191.3

        AXIS_PTS_REF MIST_RLV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MIST_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZW_UM
    "Kennfeld für optimalen Zündwinkel in der Funktionsüberwachung"
    MAP
    0x814142
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814142  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_um
        rel_ub_q0p75
        8
        0.00
        191.3

        AXIS_PTS_REF RLV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KHCTEMNH
    "Minimalwert HC-Konzentration Regeneriergas Tankentlüftung (Homogenbetrieb)"
    VALUE
    0x81AC7D
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KHCTEMX
    "Maximalwert HC-Konzentration Regeneriergas Tankentlüftung"
    VALUE
    0x81AC7E
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIBKSKTA
    "K-Faktor des Integrators bei Kurztripanforderung"
    VALUE
    0x829DDA
    KwUw
    49.99924
    perio_q0p00076
    0.00
    49.99924

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829DDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIBKSN
    "Bewertungsfaktor I-Anteil drehzahlabhaengig"
    CURVE
    0x829DDC
    KlAUwSstUwWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829DDC  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIBKSRF
    "K-Faktor I-Anteil des Reglers bei fallende Druckflanke"
    VALUE
    0x829DEE
    KwUw
    49.99924
    perio_q0p00076
    0.00
    49.99924

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829DEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIBKSRS
    "K-Faktor des I-Anteils bei steigender Druckflanke"
    VALUE
    0x829DF0
    KwUw
    49.99924
    perio_q0p00076
    0.00
    49.99924

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829DF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIDMSNTE
    "Integrationsgeschwindigkeit für die Berechnung der Massenstromänderung TEV"
    VALUE
    0x82EDBE
    KwUw
    127.9980
    m_q0p00195
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIFZGAWG
    "Integratorverstärkung des Fahrzeugmodells bei AT, geschlossene WK"
    CURVE
    0x82DA34
    FklWUw
    4863.926
    fak_uw_b4864
    0.00
    4863.926

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DA34  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIFZGHG
    "Integratorverstärkung des Fahrzeugmodells bei Handschalter"
    CURVE
    0x82DA44
    FklWUw
    4863.926
    fak_uw_b4864
    0.00
    4863.926

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DA44  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIHRLSU
    "I-Verstärkungsfaktor des PID-Reglers für %HRLSU"
    VALUE
    0x82E4AE
    KwUw
    16.66641
    reltemp_q2p543Em4
    0.00
    16.66641

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIHYMBDE
    "Steigungsfaktor für Integrator zur Bildung der  Hysterese für Fahrerwunschmoment"
    VALUE
    0x819E06
    KwUb
    10.00
    fak_q0p0392
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E06  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIKB
    "Integrationskonstante für Katalysatorbeladung"
    VALUE
    0x828206
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828206  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KILRHML
    "I-Anteil fuer stetige LRHK"
    CURVE
    0x81AAD2
    GklWUb
    0.04980
    freq_ub_b0p05
    0.00
    0.04980

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AAD2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        8
        0.00
        1020.

        AXIS_PTS_REF SML08LHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIMSALL
    "Beiwert für Leerlaufluftmassenintegrator für E-Gas"
    VALUE
    0x829F90
    KwUw
    2559.0000000
    mk1sxs_b2560
    1.0000000000
    2560.0000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIMSALLGA
    "Beiwert für Leerlaufluftmassenintegrator für E-Gas für große Abweichungen"
    VALUE
    0x829F92
    KwUw
    2559.0000000
    mk1sxs_b2560
    1.0000000000
    2560.0000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIMSALLKT
    "Beiwert für Leerlaufluftmassenintegrator für E-Gas im Kurztrip"
    VALUE
    0x829F94
    KwUw
    255.0000
    mk100msxs_uw_b256
    1.000000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIMSNTES
    "Integrationssteigung für die Berechnung der Massenstromänderung TEV im Magerbetr"
    VALUE
    0x82EDC0
    KwUw
    127.9980
    m_q0p00195
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIRMSH
    "Integrationskonstante des TEV-Güte-Integrators im Homogenbetrieb"
    CURVE
    0x82EDC2
    KlAUbSstUbWUw
    2499.962
    fak_q0p03815
    0.00
    2499.962

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDC2  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mstedte
        m_ub_b25p6
        4
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIRMSM
    "Integrationskonstante des TEV-Güte-Integrators im Magerbetrieb"
    CURVE
    0x82EDD0
    KlAUbSstUbWUw
    2499.962
    fak_q0p03815
    0.00
    2499.962

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDD0  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mstedte
        m_ub_b25p6
        4
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KISRM
    "Integratorbeiwert für Saugrohrmodell (Dynamik)"
    VALUE
    0x82A68E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A68E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KISRMKL2
    "Integrationsbeiwert für Saugrohrmodell bei geschalteter 2.Klappe"
    VALUE
    0x82A690
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A690  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KITKSU
    "Verstärkungsfaktor I-Anteil Abgastemperaturanforderung für Entschwefelung"
    VALUE
    0x82943E
    KwUw
    79.99878
    zk200msxs_q1p221em3
    0.00
    79.99878

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82943E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIUSEBKS
    "K-Faktor für Integrator Unterschwinger Bewertung"
    VALUE
    0x829EEC
    KwUw
    10.00000
    fak_uw_q0p000152
    0.00
    10.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIVKMN
    "Untere Begrenzung des Kompensationsintegrator"
    VALUE
    0x82B088
    KwSw
    0.9999847
    fak_q1p526Em5
    -0.5000000
    0.4999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B088  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIVKMX
    "Obere Begrenzung des Kompensationsintegrator"
    VALUE
    0x82B08A
    KwSw
    0.9999847
    fak_q1p526Em5
    -0.5000000
    0.4999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B08A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIVKOMP
    "Integrationskonstante der Verfahrenskompensation"
    VALUE
    0x82B08C
    KwUw
    0.9999847
    fak_q1p526Em5
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B08C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIZGR
    "I-Anteil der ZGST-Regler"
    VALUE
    0x82B08E
    KwUw
    255.9961
    fak_q0p0039
    0.00
    255.9961

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B08E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIZGVA
    "Schrittweite der ZGST-Vorsteuerungsadaption (Adap.Type1)"
    VALUE
    0x82B090
    KwUw
    0.03124955
    fak_q4p768Em7
    0.00
    0.03124955

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B090  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KKFFGRGA
    "Verstärkungsfaktor bei Konstantfahrt für FGR-Regler"
    CURVE
    0x829870
    KlAUwSstUwWUw
    3199.951
    rel_uw_b3200
    0.00
    3199.951

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829870  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLABTF
    "Abkühlkennlinie zur Bestimmung der Temperatur am Sensor bei Start (E_atnv=1)"
    CURVE
    0x82BB8C
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB8C  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLADDBKS
    "Kennlinie maximal zulässige Anzahl Druckspitzen, die über max. Grenze liegen"
    CURVE
    0x829EEE
    KlAUwSstUwWUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EEE  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tizkdbks_w
        t_q0p1
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLADPSOL
    "KL für Wichtungsfaktor Adaptionswert BKS"
    CURVE
    0x829DF2
    KlAUwSstUwWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829DF2  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pbksoll_w
        p_q0p1
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAF
    "Ausflußkennlinie"
    CURVE
    0x814942
    FklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814942  0x402  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        pspvdb_w
        fak_uw_b2
        513
        0.5000000
        1.000946

        FORMAT "%8.6"
        FIX_AXIS_PAR 16384  5  513

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAFTE
    "Ausflußkennlinie für TEV incl. Leitung AKF-TEV"
    CURVE
    0x82EE56
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE56  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        phtevpu_w
        fak_uw_b2
        14
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAH1
    " Kühlleistungsanhebung Stufe 1"
    VALUE
    0x81AFEE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAH2
    "Kühlleistungsanhebung Stufe 2"
    VALUE
    0x81AFEF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHEW
    "Ersatzwert Kühlleistungsanhebung"
    VALUE
    0x81AFF0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFF0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHTMSMX1
    "Kühlleistungsanhebung bei 1.  max. Motorsolltemperatur"
    VALUE
    0x81AFF1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFF1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHTMSMX2
    "Kühlleistungsanhebung bei 2. max. Motorsolltemperatur"
    VALUE
    0x81AFF2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFF2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHTVLUE1
    "Tastverhältnis Lüfteransteuerung 1 bei max. Kühlleistungsanhebung"
    VALUE
    0x81AFF3
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFF3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHTVLUE2
    "Tastverhältnis Lüfteransteuerung 2 bei max. Kühlleistungsanhebung"
    VALUE
    0x81AFF4
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFF4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAMNFL_UC
    "Filter-Zeitkostante für Lambda-Sollwert im Befehlstest"
    VALUE
    0x810C9C
    KwUb
    10159.4
    zk40ms_ub_b10200
    40.6299
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAMNFL_UM
    "Filter-Zeitkostante für Lambda-Sollwert (Lambdawert-Senkung)"
    VALUE
    0x8140B7
    KwUb
    5040.00
    t40ms_ub_b10200
    40.0000
    5080.00

    FORMAT "%7.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAMST
    "Integrator Steigung für das Lernen des Faktors flamkst_w"
    VALUE
    0x81AC7F
    KwUb
    4.805
    perio_q0p03906
    0.1953
    5.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAMSVUB
    "Batteriespannungskorrektur MSV Anzugszeit"
    CURVE
    0x82BDA2
    KlAUbSstUbWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BDA2  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ubsqf
        spg_q0p1
        5
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAMTTV_UC
    "Register Größe von klamt_r_um im Befehlstest"
    VALUE
    0x810C9D
    KwUb
    280.000
    t40ms_ub_b10200
    40.0000
    320.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAMTTV_UM
    "Register Größe von klamt_r_um"
    VALUE
    0x8140B8
    KwUb
    280.000
    t40ms_ub_b10200
    40.0000
    320.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAMXFL_UC
    "Filter-Zeitkostante für Lambda-Sollwert im Befehlstest"
    VALUE
    0x810C9E
    KwUb
    10159.4
    zk40ms_ub_b10200
    40.6299
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAMXFL_UM
    "Filter-Zeitkostante für Lambda-Sollwert (Lambdawert steigend)"
    VALUE
    0x8140B9
    KwUb
    5040.00
    t40ms_ub_b10200
    40.0000
    5080.00

    FORMAT "%7.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLANFVFZ
    "Korrekturkennlinie Lüfteransteuerung in Abhängigkeit  vom Anfahrverhalten"
    CURVE
    0x81AFF5
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFF5  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATNVK
    "Abgastemperaturwandlung aus Sensorsignal nach dem Vorkatalysator"
    CURVE
    0x82BBA6
    KlAUwSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBA6  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        utnv10m_w
        spg_uw_q0p00488
        14
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATRP
    "Verstärkungsfaktor P-Anteil Abgastemperaturregelung"
    CURVE
    0x82B9E6
    KlAUwSstSwWUw
    0.02083302
    tempr_q3p179em7
    0.00
    0.02083302

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9E6  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rdtabg_w
        temp_q0p0234
        4
        -768.0000
        767.9766

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLCFOF1N
    "Kennlinie zur Definition der Bereichseigenschaften (dominant..)"
    VAL_BLK
    0x81013F
    KwbUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81013F  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLCFOF2N
    "Kennlinie zur Definition der Bereichseigenschaften (dominant..)"
    VAL_BLK
    0x810143
    KwbUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x810143  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDETAZWKH
    "Mindestabstand zu minimalem Zündwinkelwirkungsgrad bei Katheizen mit Momentenr."
    CURVE
    0x82C4E2
    KlAUbSstUwWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4E2  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDFOFF
    "Generatorlastausschaltenschwelle"
    VALUE
    0x81A664
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A664  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDFON
    "Generatorlasteinschaltenschwelle"
    VALUE
    0x81A665
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A665  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDFPWMDEF
    "Ersatzwert für kldfpwm bei dauernd ausgeschaltet (Low)"
    VALUE
    0x811DEB
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DEB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDFPWMST
    "Ersatzwert für KLDFPWM bei Motorstart"
    VALUE
    0x811DEC
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DEC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDMASRL
    "Stellreserve bei ASR-Eingriff"
    CURVE
    0x810317
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810317  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDMMX
    "Maximal zulässige Momentenreserven"
    CURVE
    0x810B41
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B41  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDNFHO
    "Wichtung Minimaler Drehzahlanstieg für erkannte Verbrennung"
    CURVE
    0x8196E4
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196E4  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDPBMSAGR
    "Kennlinie Differenzdruck AGR Blende abh. von AGR-Massenstrom"
    CURVE
    0x82A1AE
    KlAUwSstUwWUw
    65535.00
    p_uw_q1p0
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A1AE  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msagr_w
        m_uw_b6553p5
        16
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDTKABKS
    "Kennlinie delta tka in Abh. der Umgebungstemperatur"
    CURVE
    0x819588
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819588  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDTMFXTM
    "Kennlinie Delta TMOT- Schwelle für unplausibel fixiertes Signal"
    CURVE
    0x81A06F
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A06F  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotlin
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDTPH
    "Festwertkennlinie eines Gewichtungsfaktors für die Dynamikbewertung"
    CURVE
    0x8101A8
    FklWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        dtsegph_w
        t5usxus_q5
        16
        -40960.00
        40955.00

        FORMAT "%8.2"
        FIX_AXIS_PAR -8192  10  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDTPHST
    "Festwertkennlinie eines Gewichtungsfaktors für Motorstart"
    CURVE
    0x8101B8
    FklWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101B8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        dtsegph_w
        t5usxus_q5
        16
        -40960.00
        40955.00

        FORMAT "%8.2"
        FIX_AXIS_PAR -8192  10  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDWEPR
    "Deltawinkel Einspritzbeginn (homogen) raildurckabhängig"
    CURVE
    0x82AFC4
    KlAUbSstUwWUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFC4  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        prist_w
        p_q0p0005
        4
        0.00
        32.76750

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDWMSVMN
    "Kennlinie für Winkelbegrenzung für minimale Fördermenge"
    CURVE
    0x82BDB2
    KlAUbSstUwWSw
    360.0000
    kw_q0p1
    -180.0000
    180.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BDB2  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDYNCOR
    "Wert für Dynamikkorrektur nach der ersten Zündung"
    CURVE
    0x81FB4E
    KlAUbSstUbWUw
    60000.00
    t5usxus_q5
    0.00
    60000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB4E  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLESESPAET
    "Kennlinie für spätestes Einspritzende"
    CURVE
    0x82AFD2
    KlAUwSstUwWUw
    66.00000
    kw_q0p75
    0.00
    66.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFD2  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        prist_w
        p_q0p0005
        5
        0.00
        32.76750

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLETAZW_UC
    "ZW-Wirkungsgrad in Abhängigkeit von delta ZW im Befehlstest"
    CURVE
    0x810F0C
    KlAUbSstUbWUb
    100.0
    rel_ub_b127p5
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F0C  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dzw_uc
        zw_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLETAZW_UM
    "ZW-Wirkungsgrad in Abhängigkeit von delta ZW in der Funktionsüberwachung"
    CURVE
    0x814182
    KlAUbSstUbWUb
    100.0
    rel_ub_b127p5
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814182  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dzw_um
        zw_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLEWEB_UM
    "Wirkungsgrad Einspritzwinkel"
    CURVE
    0x814079
    KlAUbSstUbWUb
    0.9961
    rel_ub_b1p0
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814079  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wesby_um
        kw_q1p5
        8
        0.00
        382.500000

        FORMAT "%10.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFAKSP
    "Kennlinie für Wirkungsgrad abhängig von Aufteilung"
    CURVE
    0x810A1B
    KlAUbSstUbWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A1B  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFAKSP_UC
    "Kennlinie für Wirkungsgrad abhängig von Aufteilung im Befehlstest"
    CURVE
    0x810F1D
    GklWUb
    100.0
    rel_ub_b127p5
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F1D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MIST_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFAKSP_UM
    "Kennlinie für Wirkungsgrad abhängig von Aufteilung in der Funktionsüberwachung"
    CURVE
    0x814193
    GklWUb
    100.0
    rel_ub_b127p5
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814193  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFAKTABGM
    "Wichtungsfaktor für tabgm (Abgastemperatur)  zur Berechnung der stat. Brennraumt"
    CURVE
    0x82A822
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A822  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vpspabna_w
        fak_uw_b2
        6
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFANFKHKA
    "Wichtungsfaktor für Anforderungen zum Katheizen (wsanfkh_w, tanfkh_w)"
    CURVE
    0x82C69A
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C69A  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fanfkhka_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFAZBKS
    "Kennlinie Faktor Wichtung der Abstellzeit"
    CURVE
    0x829E0C
    KlAUbSstUwWSw
    4.000000
    fak_sb_b2
    -2.000000
    2.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E0C  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        7
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFDBKS
    "Kennlinie Faktor für delta tka in Abh. von tka bei Start minus tumg"
    CURVE
    0x819599
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819599  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkatubks
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFKBLAGR
    "Kennlinie Umrechnung Leitungswdstd. nach freiem Querschnitt AGR"
    CURVE
    0x81B4A8
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4A8  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wblagrs_w
        fak_uw_b64
        8
        0.00
        63.99902

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFLAKH
    "Wichtungsfaktor für Lambda-Steuerfaktor flakh bei Katheizen"
    CURVE
    0x81A16A
    GklWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A16A  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wistr_w
        fak_uw_b1
        8
        0.00
        0.9999847

        AXIS_PTS_REF SWR08KHUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFLKMN
    "Kennlinie Förderleistungsminimum"
    CURVE
    0x8195A4
    KlAUbSstUbWUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195A4  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ttankbks
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFMKNM
    "Korrekturfaktor bei Kompressormoment über CAN"
    CURVE
    0x82D714
    KlAUwSstUwWUw
    6.999878
    fak_uw_b8
    1.000000
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D714  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        2621400.

        FORMAT "%8.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFQKV
    "Geschwindigkeitsabhängiger Absteuerfaktor des Wärmestroms Klimakondensator"
    CURVE
    0x81B000
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B000  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFSPAMS
    "Korrekturkennlinie für msabg_w Einfluß auf fspa_w"
    CURVE
    0x828A4A
    KlAUbSstUwWSw
    3.999939
    fak_sw_b2
    -2.000000
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A4A  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabskpf_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFSPMN
    "Kennlinie tskmn_w in Abhängigkeit von fspamw_w"
    CURVE
    0x828854
    KlAUwSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828854  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fspamw_w
        fak_uw_b2
        5
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFSWKA
    "Vorgabe Faktor Sollwärme in Abhängigkeit von der Katalterung"
    CURVE
    0x82C6BC
    KlAUwSstUwWUw
    0.9999695
    fak_uw_b2
    1.000000
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C6BC  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nofmx_w
        m_q0p00678_mgdivs
        4
        0.00
        444.4377

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFTMSTKH
    "Wichtung Heizanforderung für Katheizen nach Start über Motorstarttemp."
    CURVE
    0x82C6CE
    GklWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C6CE  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STS08KHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFTPRSOL
    "Korrekturfaktor Solldruck abh. von tmot."
    CURVE
    0x81A12C
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A12C  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFWNOK
    "Filterwert NOx-Signal"
    CURVE
    0x8282A2
    KlAUwSstSwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8282A2  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dquvpbf_w
        spg_sw_q0p0007629
        10
        -24.99871
        24.99794

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFWVSW
    "Kennlinie: Faktor Wärmeverluste von Füllung im SR an Saugrohrwand"
    CURVE
    0x82A83C
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A83C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mszusr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFZWMNKH
    "Abregelsteilheit der Brenngrenze im Nachstart bei Katheizen"
    CURVE
    0x82EF3A
    KlAUbSstUbWUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EF3A  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFZWMNST
    "Abregelsteilheit der Brenngrenze im Nachstart"
    CURVE
    0x82EF4E
    KlAUbSstUbWUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EF4E  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLGMDMN
    "Untere Lastgrenze für Istwert-Laufgrenze"
    VALUE
    0x82B990
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B990  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLGMDMX
    "Obere Lastgrenze für Istwert-Laufgrenze"
    VALUE
    0x82B992
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B992  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLGNMN
    "Untere Drehzahlgrenze für Istwert-Laufgrenze"
    VALUE
    0x82B994
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B994  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLGNMX
    "Obere Drehzahlgrenze für Istwert-Laufgrenze"
    VALUE
    0x82B996
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B996  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLGSLUTS
    "Gewichtungskennlinie für SLUTS"
    CURVE
    0x814D72
    KlAUwSstUwWUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D72  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        sluts_w
        luquant
        6
        0.00
        409.2664

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLGTHZSR
    "Kennlinie: Wärmeleitwert Füllung zum Saugrohr"
    CURVE
    0x82A85E
    KlAUwSstUwWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A85E  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mszusr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLHDEV
    "HDEV-Masterkennlinie"
    CURVE
    0x813F5C
    FklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813F5C  0x3C  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        telzgh_w
        tinj_sy_ms
        30
        0.2500000
        1.016026

        FORMAT "%8.6"
        FIX_AXIS_PAR 78  3  30

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLHDRERRFS
    "Fehlerschranke für hdrerrf_w"
    CURVE
    0x82BFC2
    KlAUbSstUbWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFC2  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        7
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLIHDR
    "I-Anteil des Raildruckreglers"
    CURVE
    0x814D96
    GklWUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D96  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        prdiff_w
        p_q0p0005
        6
        -16.38400
        16.38350

        AXIS_PTS_REF SPD06HDSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLIMLNA
    "Steigungskonstante für Nicht-Aktiv-Entprellung"
    CURVE
    0x82EA98
    KlAUbSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA98  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsons_w
        fak_uw_b16
        5
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLITHMS
    "Kennlinie integrierte Luftmassenschwelle für Thermostat-Monitoring THM"
    CURVE
    0x81A080
    KlAUbSstUbWUb
    23.21
    m_ub_b23p3
    0.00
    23.21

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A080  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotlinst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKDSBKS
    "Kalibrierungskennlinie des Kraftstoffdrucksensors"
    CURVE
    0x829E2A
    KlAUwSstUwWUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E2A  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ukdsbks_w
        spg_uw_q0p00488
        4
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKFPSS
    "Kennlinie Korrekturfaktor für Solldruck im Start"
    CURVE
    0x829E3C
    KlAUbSstUbWUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E3C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKFWSHML
    "Faktor Korrektur Wärmeeintrag Kühlmittel bei Schicht- oder HMM-Betrieb"
    CURVE
    0x81A089
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A089  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        8
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKORIRSCH
    "Kennlinie Korrektur Inertgasrate in der Betriebsart Schicht"
    CURVE
    0x81F030
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F030  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dpschsol_w
        p_uw_q0p039
        6
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKPBKSR
    "Kennlinie Wichtung P-Anteil in Abhängigkeit von pbksdiff_w"
    CURVE
    0x829E4C
    KlAUwSstSwWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E4C  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pbksdiff_w
        p_q0p1
        6
        -3276.800
        3276.700

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKTKVK
    "Kennlinie: Proportionalitätsfaktor zw. T-Abweichung der LSU und Korrekturfaktor"
    CURVE
    0x81685C
    KlAUbSstSwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81685C  0x2E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rdtklsu_w
        temp_q0p0234
        11
        -768.0000
        767.9766

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKTSE
    "Korrekturkennlinie Tiefenspeichereinfluß"
    CURVE
    0x828A60
    KlAUbSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A60  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        cktse_w
        m_q0p0277_g
        6
        0.00
        1820.417

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLAKHFH
    "Umgebungsdruckkorrektur Lambda Katheizen"
    CURVE
    0x82C4C6
    KlAUbSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4C6  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        4
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLEHNONS
    "Kennlinie Sollleistung NOx_Heizer Vorheizung"
    CURVE
    0x828982
    KlAUbSstUwWUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828982  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnse_w
        t100msxs_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLEHNOT
    "Kennlinie der Heizerleistung nach Temperatufreigabe und mehrere Trips"
    CURVE
    0x82899C
    KlAUbSstUwWUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82899C  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        thnotf_w
        t50msxs_q0p05
        4
        0.00
        3276.750

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLLRZU
    "Kennlinie für zulässiges Moment der Leerlaufregelung"
    CURVE
    0x810B49
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B49  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLLRZU_UC
    "Kennlinie zulässiges Moment der Leerlaufregelung im Befehlstest"
    CURVE
    0x811189
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811189  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLLRZU_UM
    "Kennlinie zulässiges Moment der Leerlaufregelung"
    CURVE
    0x8144E2
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8144E2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLOCV
    "Kennlinie Lightoff-Verlauf"
    CURVE
    0x8282CC
    KlAUwSstUwWSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8282CC  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnok_w
        t10msxs_uw_b655p35
        8
        0.00
        655.3500

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLUREG
    "Kennlinie Laufunruheadaptationsgeschwindigkeit"
    CURVE
    0x814F64
    KlAUbSstSwWSw
    19.99969
    fak_sw_b10
    -10.00000
    9.999695

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F64  0x26  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lutsdiff_w
        luquant
        9
        -204.6363
        204.6301

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMAX
    "Kennlinie für maximales indiziertes Moment"
    CURVE
    0x810B51
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B51  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMAX_UC
    "Kennlinie maximales indiziertes Moment im Befehlstest"
    CURVE
    0x811191
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811191  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMAX_UM
    "Kennlinie maximales indiziertes Moment"
    CURVE
    0x8144EA
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8144EA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMIN
    "Kennliie für minimales indiziertes Moment"
    CURVE
    0x816352
    GklWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816352  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMIN_UC
    "Kennlinie minimales indiziertes Moment im Befehlstest"
    CURVE
    0x811199
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811199  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMIN_UM
    "Kennlinie minimales indiziertes Moment"
    CURVE
    0x8144F2
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8144F2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMINOHI
    "Maximales miglsol für niedriege NOx-Emissionen im hmm"
    CURVE
    0x82961C
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82961C  0x26  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        9
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMISALULL
    "Lastschwelle zur Schuberkennung für Ausblendung der Aussetzererkennung im LL"
    CURVE
    0x819346
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819346  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMKRDAF
    "Masse Kraftstoff durch Druckabbaufunktion"
    CURVE
    0x82BD6C
    GklWUw
    15728.40
    m_uw_q0p24
    0.00
    15728.40

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BD6C  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        prvst_w
        p_q0p0005
        6
        0.00
        32.76750

        AXIS_PTS_REF SPR06HDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMLFT
    "Umrechnung Tastverhältnis Lüfteransteuerung in abzuführende Wärmemenge"
    CURVE
    0x81B009
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B009  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tvlueskmtr
        tv_ub_b100
        5
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMRESTM
    "Kennlinie für Momentenreserve im Nachstart"
    CURVE
    0x81082A
    KlAUbSstUbWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81082A  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        10
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMRHO
    "Kennlinie: Drehmomentreserve höhenabhängig"
    CURVE
    0x81083F
    KlAUbSstUbWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81083F  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        10
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMRKFHO
    "Korrekturfaktor Drehmomentreseve höhenabhängig"
    CURVE
    0x82DEAE
    KlAUwSstUwWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DEAE  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        3
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMSABKPD
    "Kennfeld vp-Hochrechnung über Abgasmassenstrom"
    CURVE
    0x82886A
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82886A  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabref_w
        m_q0p0277
        4
        0.00
        1820.417

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMSAGRDPB
    "Inverse Kennlinie Differenzdruck AGR Blende abh. von AGR-Massenstrom"
    CURVE
    0x81B3CC
    KlAUwSstUwWUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B3CC  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dpsspvb_w
        p_uw_q1p0
        16
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMZUMN
    "Kennlinie für drehzahlabhängiges zul. Moment"
    CURVE
    0x810B59
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B59  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMZUMN_UC
    "Kenlinie für drehzahlabhängiges zul. Moment im Befehlstest"
    CURVE
    0x8111A1
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8111A1  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMZUMN_UM
    "Kenlinie für drehzahlabhängiges zul. Moment"
    CURVE
    0x8144FA
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8144FA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLLV
    "Geschwindigkeitsabhängige Solldrehzahl."
    CURVE
    0x81A666
    KlAUbSstUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A666  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLOEL
    "Nachlaufzeitanforderung in Abhängigkreit der Öltemperatur"
    CURVE
    0x82F408
    KlAUwSstUwWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F408  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelkmtr
        temp_ub_q1_o60
        5
        -60.00000
        65475.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLPHN
    "Korrektur des Sensor-Phasengangs"
    CURVE
    0x8101C8
    FklWSb
    15.94
    kw_q0p0625
    -8.000
    7.938

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101C8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        5080.

        FORMAT "%5.0"
        FIX_AXIS_PAR 0  3  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLSTP
    "Abbruchbedingung Nachlaufzeit abhängig von Umgebungstemp."
    CURVE
    0x81B014
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B014  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotnl2
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLTUM
    "Korrektrufaktor Nachlaufzeit über Umgebungstemperatur"
    CURVE
    0x81B021
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B021  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumkmtr
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNOTMN
    "Kennlinie tskmn_w in Abhängigkeit von nofmx_w"
    CURVE
    0x82887C
    KlAUwSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82887C  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nofmx_w
        m_q0p00678_mgdivs
        4
        0.00
        444.4377

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNOZOF
    "Kennlinie gefilterter NOx-Rohwert zu nach NOxOffseterhöhung"
    CURVE
    0x828C68
    KlAUbSstSwWSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C68  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nohksofx_w
        m_q0p03125_ppm
        6
        -1024.000
        1023.969

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNPED_UC
    "pedalsollwertabh. Drehzahlbegr. in der DK-Antrieb-Ersatzfunktion; Befehlstest"
    CURVE
    0x811382
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811382  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNPED_UM
    "pedalsollwertabh. Drehzahlbegrenzung in der DK-Antrieb-Ersatzfunktion, Fktsüberw"
    CURVE
    0x8141C0
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141C0  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLOGIN
    "Login-Code für Kundendienst"
    VALUE
    0x81507E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81507E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLOKK
    "Kennlinie Korrektur Offsetwert"
    CURVE
    0x8282EE
    KlAUbSstSwWSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8282EE  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mnnosahk_w
        m_q0p03125_ppm
        6
        -1024.000
        1023.969

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPBR
    "Festkennlinie für Druck im Brennraum"
    CURVE
    0x81061A
    FklWUb
    31.88
    fak_ub_b32
    0.00
    31.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81061A  0x3C  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        wesms_w
        kw_q0p75
        60
        0.00
        179.2500

        FORMAT "%8.4"
        FIX_AXIS_PAR 0  2  60

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPHDR
    "P-Anteil des Raildruckreglers"
    CURVE
    0x814DA2
    GklWUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814DA2  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        prdiff_w
        p_q0p0005
        6
        -16.38400
        16.38350

        AXIS_PTS_REF SPD06HDSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPIRGRESN
    "Partialdruck residuales Restgas im Brennraum abh. von nmot_w"
    CURVE
    0x82A692
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A692  0x62  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        24
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPRAIL
    "Kennlinie zur Umsetzung Raildrucksensorspannung in Raildruck"
    CURVE
    0x82BC30
    KlAUwSstUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC30  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uprm_w
        spg_q3p052em4
        3
        0.00
        19.99969

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPRGAGPS
    "Korrektur-KL von pbrintro_w bei großem Druckverhältnis Saugrohr/Auslaßventil"
    CURVE
    0x82A6F4
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A6F4  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vpspanav_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPRHLSU
    "Initialisierungs-Kennlinie für relative Heizleistung"
    CURVE
    0x82E4B0
    KlAUbSstUwWSw
    100.0000
    rel_q0p0061
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4B0  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tatuk_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPRMAX
    "Maximalwertbegrenzung Sollwert Raildruck"
    CURVE
    0x82C414
    KlAUbSstUbWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C414  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPROV
    "Schwelle für Erkennung Überdruck im Kraftstoffrail (HDP2)"
    CURVE
    0x82B622
    KlAUwSstUwWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B622  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPRSTAU
    "Staudruck HDP2"
    CURVE
    0x82BFAC
    KlAUbSstUbWUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFAC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPSMXSTOF
    "Offset maximal zulässiger Saugrohrdruck Schichtbetrieb im Start"
    CURVE
    0x82B644
    KlAUbSstUbWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B644  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPSOFFAK
    "Dämpfungsfaktor Offset maximal zulässiger Saugrohrdruck Schichtbetrieb"
    CURVE
    0x82B65E
    KlAUbSstUbWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B65E  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        anzti
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLQKLIMA
    "Abzuführende Wärme f. Klimakondensator"
    CURVE
    0x81B02A
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B02A  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pklimakmtr
        p_q0p2
        5
        0.00
        51.00

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLREONOS
    "Kennlinie Verzögerungszeit Regenerationsende ohne NOx-Sensor"
    CURVE
    0x82888E
    KlAUwSstUwWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82888E  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msab_w
        m_q0p0277
        4
        0.00
        1820.417

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRITNO
    "Umrechnung Innenwiderstand NOx-Sensorheizer in Temperatur NOx-Sensor-Element"
    CURVE
    0x8289AE
    KlAUbSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289AE  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rino_w
        r_q0p0078125_ohm
        12
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRKMINE
    "Kennlinie minimal einspritzbare relative Kraftstoffmasse"
    CURVE
    0x82AD84
    GklWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD84  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dprbuf_w
        p_q0p01
        12
        0.00
        655.3500

        AXIS_PTS_REF SDP12ESUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRKSHKS
    "rks-Anteil bei Vollast-Doppeleinspritzung"
    CURVE
    0x813F42
    KlAUbSstUwWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813F42  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        anzti_w
        dez
        8
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRLAMH
    "Kennlinie Regenerationslambda bei vp-Hochrechnung"
    CURVE
    0x8288A0
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288A0  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        urlamhin_w
        spg_uw_q0p00488
        6
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRLVMX
    "Maximaler Volumenstrom bei offener Drosselklappe, word"
    CURVE
    0x82DD3C
    KlAUbSstUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DD3C  0x2E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        11
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRRIESHM
    "Kennlinie für höhenabhängigen Korrekturfaktor, BA Homogen-Mager"
    CURVE
    0x81F04A
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F04A  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        pu_w
        p_uw_q0p039
        6
        0.00
        2559.961

        AXIS_PTS_REF SPU06AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRRIESHO
    "Kennlinie für höhenabhängigen Korrekturfaktor, BA Homogen"
    CURVE
    0x81F056
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F056  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        pu_w
        p_uw_q0p039
        6
        0.00
        2559.961

        AXIS_PTS_REF SPU06AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRRIESSH
    "Kennlinie für höhenabhängigen Korrekturfaktor, BA Schicht"
    CURVE
    0x81F062
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F062  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        pu_w
        p_uw_q0p039
        6
        0.00
        2559.961

        AXIS_PTS_REF SPU06AGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRTLSU
    "Kennlinie Transformation Innenwiderstand der Nernstzelle in Temperatur"
    CURVE
    0x81688A
    KlAUbSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81688A  0x5A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rinlsu_w
        r_q0p0391
        22
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLSAKBKS
    "Kennlinie Schubabschaltungskorrektur BKS"
    CURVE
    0x8195AD
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195AD  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnsabte
        t100msxs_ub_b25p5
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLSDULSUMX
    "Schwelle delta Spannung max pro Rechentakt"
    CURVE
    0x813648
    KlAUbSstUbWUw
    319.9951
    spg_uw_b5
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813648  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub_helsu
        spg_q0p1
        4
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLSLADMN
    "Delta Lambda für Aufsteuerung der unteren dynamischen Lambdagrenze in HMM"
    CURVE
    0x82B678
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B678  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLSLADMX
    "Delta Lambda für Absteuerung der oberen dynamischen Lambdagrenze in HMM"
    CURVE
    0x82B692
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B692  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLSQRT
    "Kennlinie zur Wurzelberechnung"
    CURVE
    0x828A7A
    KlAUwSstUwWUw
    31.99951
    fak_uw_b32
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A7A  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mnohktmp_w
        fak_uw_b1024
        7
        0.00
        1023.984

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLSWKH
    "Kennlinie Sollwärme zum Heizen des Katalysators nach Motorstart"
    CURVE
    0x82C6DE
    GklWUw
    4194240.
    q_q64
    0.00
    4194240.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C6DE  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STS08KHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTABST
    "Korrektur tnok_w über Abstellzeit"
    CURVE
    0x828308
    KlAUwSstUwWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828308  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTAEVO
    "Offset für taev_w abh. von Saugrohrwandtemperatur oder Motortemperatur"
    CURVE
    0x82A880
    KlAUwSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A880  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        twvev_w
        temp_q0p0234_o273
        12
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTALUST
    "Zeitdauer Ausblendung der Aussetzererkennung nach Motorstart"
    CURVE
    0x81FA12
    KlAUbSstUbWUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA12  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTATRS
    "Solltemperatur für Abgastemperaturregelung"
    CURVE
    0x82B9F8
    KlAUwSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9F8  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        4
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTHMDTMS
    "Delta Motorstart-Temperatur für Verifikation/Heilung Thermostatdiagnose"
    CURVE
    0x81A09A
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A09A  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotlinst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTIKRPR
    "ti-Korrektur bei variablem Kraftstoffdruck"
    CURVE
    0x813F98
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813F98  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dprbuf_w
        p_q0p01
        12
        0.00
        655.3500

        AXIS_PTS_REF SDP12ESUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTIMIN
    "Minimale Einspritzzeit"
    CURVE
    0x813FB0
    GklWUw
    209.9487
    tinj_sy_ms
    0.09935897
    210.0481

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FB0  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dprbuf_w
        p_q0p01
        12
        0.00
        655.3500

        AXIS_PTS_REF SDP12ESUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTIPR_UM
    "Proportionalität von rel. Kraftstoffmasse und Einspritzdruck"
    CURVE
    0x81408A
    KlAUbSstUbWUb
    0.2721
    tinj_ub_0p0013_sy_ms
    0.00
    0.2721

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81408A  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        prist_um
        p_q0p1286
        8
        0.00
        32.79

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKAADFP
    "Festkennlinie für akt. Fehlerpfad tkaadfp (DFP-Nummer des zu überwach. Z-Flags)"
    CURVE
    0x81A4C8
    FklWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C8  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        tkbloknr
        dez
        100
        0.00
        99.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  100

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKAATOZ
    "Festkennlinie für Timeout-Zeit tkaatoz"
    CURVE
    0x81A52C
    FklWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A52C  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        tkbloknr
        dez
        100
        0.00
        99.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  100

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKAOFF
    "Korrekturkennlinie in Abhängigkeit der Regelabweichung tmotsoll-tmotkmtr"
    CURVE
    0x81B035
    KlAUbSstSbWSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B035  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dkmts
        temp_sb_q0p75
        5
        -96.00
        95.25

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKERDCMN
    "Batterieabhängige Diagnoseschwelle für Keramiktemperatur"
    CURVE
    0x82967A
    KlAUbSstUbWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82967A  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub_hsv
        spg_q0p1
        4
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKKTA
    "Festkennlinie für Kurztestanforderung Meßwerteblocknummer tkkta"
    CURVE
    0x81523A
    FklWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81523A  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        tkbloknr
        dez
        100
        0.00
        99.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  100

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTMOTDIFF
    "Differenz von tmot im SG-Nachlauf für Bed. Heißstart"
    CURVE
    0x810513
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810513  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTMSKR
    "Kennfeld Motor-Soll-Temperatur in Abh. von der KR-Spätverstellung"
    CURVE
    0x81B040
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B040  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        krtmso
        zw_ub_qn0p75
        4
        -191.3
        0.00

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTNMXPR
    "Zeit für Drehzahlprädiktion der NMAX-Regelung"
    CURVE
    0x810A28
    FklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A28  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTNRDE
    "Kennlinie für Rückdrehzahnzeiten"
    CURVE
    0x8193AC
    KlAUbSstUbWUb
    255.0
    t1msxms_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193AC  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTSEMSABG
    "Kennline zur Korrektur des Tiefenspeichers über msabg_w"
    CURVE
    0x828A98
    KlAUbSstUwWUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A98  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        4
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTSKTMN
    "Kennlinie tskmn_w in Abhängigkeit von tskmx_w"
    CURVE
    0x8288BA
    KlAUwSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288BA  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tskmx_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTTKBKS
    "Kennlinie Tankinnentemperaturkorrektur"
    CURVE
    0x8195BE
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195BE  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ttankbks
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTTRECLAM
    "Kennlinie Totzeit Lambda"
    CURVE
    0x82A1F0
    KlAUwSstUwWUw
    655.34000000
    tz20msxs_uw_b655p36
    0.020000000000
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A1F0  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msagr_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTVLU1EW
    "Ersatzwert Tastverhältnis Lüfter 1 geschwindigkeitsabhängig"
    CURVE
    0x81B049
    KlAUbSstUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B049  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTVLU2EW
    "Ersatzwert Tastverhältnis Lüfter 2 geschwindigkeitsabhängig"
    CURVE
    0x81B052
    KlAUbSstUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B052  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTVTS
    "Anzugsverzögerungszeit des HDEV"
    CURVE
    0x813FC8
    GklWSw
    210.0481
    tinj_sy_ms
    -105.0256
    105.0224

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FC8  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dprbuf_w
        p_q0p01
        12
        0.00
        655.3500

        AXIS_PTS_REF SDP12ESUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTVTS_UM
    "Anzugzeitverzögerung abhängig vom Kraftstoffdruck"
    CURVE
    0x81409B
    KlAUbSstUbWUb
    5.461
    t_ub_b5p461
    0.00
    5.461

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81409B  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        prist_um
        p_q0p1286
        8
        0.00
        32.79

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLULSMN_UC
    "min. zulässige LSU Spannung im Befehlstest"
    CURVE
    0x810C9F
    KlAUbSstUbWUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C9F  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        klamnf_uc
        fak_ub_b2
        8
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLULSMN_UM
    "min. zulässige LSU Spannung in der Funktionsüberwachung"
    CURVE
    0x8140BA
    KlAUbSstUbWUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140BA  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        klamnf_um
        fak_ub_b2
        8
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLULSMX_UC
    "max. zulässige LSU Spannung im Befehlstest"
    CURVE
    0x810CB0
    KlAUbSstUbWUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810CB0  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        klamxf_uc
        fak_ub_b2
        8
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLULSMX_UM
    "max. zulässige LSU Spannung in der Funktionsüberwachung"
    CURVE
    0x8140CB
    KlAUbSstUbWUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140CB  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        klamxf_um
        fak_ub_b2
        8
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLUSKBKS
    "Kennlinie Startüberschwingerkorrektur BKS"
    CURVE
    0x829E66
    KlAUwSstUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E66  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnse_w
        t100msxs_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLVFTBKS
    "Kennlinie Kühlung durch Fahrtwind"
    CURVE
    0x829E80
    KlAUbSstUwWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E80  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        6
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWBLAGR
    "Kennlinie Leitungswiderstand AGR - Blende"
    CURVE
    0x82A20A
    KlAUwSstUwWUw
    63.99902
    fak_uw_b64
    0.00
    63.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A20A  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fkblagrz_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWDKABST
    "Wichtung Sollwert Drosselklappenwinkel im Start"
    CURVE
    0x82AAD4
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AAD4  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        4
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWDKPED
    "Offset Sollwert Drosselklappenwinkel im Start"
    CURVE
    0x810392
    KlAUbSstUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810392  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        3
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWDKTAN
    "Wichtung der Drosselklappenposition im Start mit Ansauglufttemperatur"
    CURVE
    0x819686
    KlAUbSstUbWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819686  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWESBHMX
    "KL Maximalwert Winkel Einspritzbeginn homogen"
    CURVE
    0x819D29
    KlAUbSstUbWUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D29  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWESBHTM
    "Wichtungskennlinie für KFWESBH/KFWESBHK oder KFWESBHW/KFWESBHKA"
    CURVE
    0x819D36
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D36  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWESBKK
    "Wichtungskennlinie für Winkel Einspritzbeginn bei Katheizen"
    CURVE
    0x819D3F
    KlAUbSstUbWUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D3F  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWNWI
    "Festwertkennlinie eines Gewichtungsfaktors für den Winkelfehler"
    CURVE
    0x8101D8
    FklWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101D8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        wnwix_w
        kw_sw_b128
        16
        -127.9961
        128.0000

        FORMAT "%8.4"
        FIX_AXIS_PAR -32767  12  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZGAG
    "Schrittweite der Adaption abhängig von der Vorsteuerungsdifferenz (Adap.Type1)"
    CURVE
    0x82B092
    KlASwSstSwWSw
    31.99951
    fak_q0p000488
    -16.00000
    15.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B092  0x26  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        zgdffuv0_w
        fak_sw_b1
        9
        -1.000000
        0.9999695

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZGAPS0
    "Störgröße zur Applikation der ZGST für Zylinder (zzyl=0)"
    CURVE
    0x82B0B8
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0B8  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ti_w
        tinj_sy_ms
        4
        0.00
        210.0481

        AXIS_PTS_REF STI04ZGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZGAPS1
    "Störgröße zur Applikation der ZGST für Zylinder (zzyl=1)"
    CURVE
    0x82B0C0
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0C0  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ti_w
        tinj_sy_ms
        4
        0.00
        210.0481

        AXIS_PTS_REF STI04ZGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZGAPS2
    "Störgröße zur Applikation der ZGST für Zylinder (zzyl=2)"
    CURVE
    0x82B0C8
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0C8  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ti_w
        tinj_sy_ms
        4
        0.00
        210.0481

        AXIS_PTS_REF STI04ZGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZGAPS3
    "Störgröße zur Applikation der ZGST für Zylinder (zzyl=3)"
    CURVE
    0x82B0D0
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0D0  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ti_w
        tinj_sy_ms
        4
        0.00
        210.0481

        AXIS_PTS_REF STI04ZGUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZGLMN
    "Untere Lastgrenze bis Anhalten der ZGST-Regelung"
    CURVE
    0x82B0D8
    KlAUbSstUwWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0D8  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZKKBAGR
    "Kennlinie der Zeitkonstante Blendenkorrektur AGR"
    CURVE
    0x81B4CA
    KlAUbSstUwWUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4CA  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        erpslmx_w
        fak_uw_b1
        4
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZL1_UC
    "Kennlinie zur lambdaabhängigen Zündwinkelkorrekturen 1.Bank im Befehlstest"
    CURVE
    0x810F25
    KlAUbSstUbWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F25  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamb1_uc
        rel_ub_q0p03125
        8
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZL1_UM
    "Kennlinie zur lambdaabhängigen Zündwinkelkorrekturen 1.Bank in  der Fktüko"
    CURVE
    0x81419B
    KlAUbSstUbWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81419B  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamb1_um
        rel_ub_q0p03125
        8
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZL2_UC
    "Kennlinie zur lambdaabhängigen Zündwinkelkorrekturen 2.Bank im Befhelstest"
    CURVE
    0x810F36
    KlAUbSstUbWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F36  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamb2_uc
        rel_ub_q0p03125
        8
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZL2_UM
    "Kennlinie zur lambdaabhängigen Zündwinkelkorrekturen 2.Bank in  der Fktüko"
    CURVE
    0x8141AC
    KlAUbSstUbWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141AC  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamb2_um
        rel_ub_q0p03125
        8
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZTAGRMS
    "Kennlinie Zeitkonstante AGR-Temperatur"
    CURVE
    0x82A22C
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A22C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msagr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZTAGRVMS
    "Kennlinie Zeitkonstante AGR-Temperatur"
    CURVE
    0x82A24E
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A24E  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msagr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KMLTESG
    "Konstante für Regeneriermasse in Leitung TEV-Saugrohr bei Normdruck + Normtemp."
    VALUE
    0x82EE90
    KwUw
    1.066650
    fak1_q1p63Em5
    0.00
    1.066650

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KMSDK
    "Verstärkungsfaktor für Filterung von msdk"
    VALUE
    0x814D44
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KMXSTG
    "Filterkonstante für Filter max. Steigung für Sonde hinter KAT"
    VALUE
    0x827FBC
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KMXSTGNO
    "Filterkonstante für Filter max. Steigung für Sonde hinter KAT Für BDE"
    VALUE
    0x827FBE
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNLSYN
    "Sicherheitsfaktor für Notlauf-Synchronisationsbedingung"
    VALUE
    0x8101E8
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNSNF
    "Sperrband für Solldrehzahlnachführung"
    VALUE
    0x81A671
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A671  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KO2INI
    "Initialisierunswert für Korrektur Funktionspumpstrom LSU"
    VALUE
    0x82969E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82969E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KO2MN
    "Min. zulässiger Korrekturfaktor für Funktionspumpstorm-Korrektur"
    VALUE
    0x8296A0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KO2MX
    "Max. zulässiger Korrekturfaktor für Funktionspumpstorm-Korrektur"
    VALUE
    0x8296A2
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KO2VKDMN
    "Untere Diagnoseschwelle des Adaptionsfaktors ko2vk"
    VALUE
    0x81FBD6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KO2VKDMX
    "Obere Diagnoseschwelle des Adaptionsfaktors ko2vk"
    VALUE
    0x81FBD8
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KO2VKEMN
    "min. Schwellwert für Eingeschwungenkriterium"
    VALUE
    0x8296A4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KO2VKMN
    "Minimaler Adaptionsfaktor ko2vk"
    VALUE
    0x813660
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813660  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KO2VKMX
    "Max. Adaptionsfaktor ko2vk"
    VALUE
    0x813662
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813662  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KOFPSXS
    "Zeitkonstante für Integrator zur Berechnung von ofpsxs_w (ps-Regler)"
    VALUE
    0x82AB12
    KwUw
    19.99969
    t50msxs_q3p052em4
    0.00
    19.99969

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KONOHLAM
    "Lambda-Korrektur Massenstrom NOx im Krümmer im Homogenbetrieb"
    CURVE
    0x813620
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813620  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsbg_w
        fak_uw_b16
        8
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KONOU
    "NOx-Konzentration über NOx-Sensor-Signal"
    CURVE
    0x828322
    KlAUwSstUwWSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828322  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uunohk_w
        spg_uw_q0p00488
        3
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KOO2U
    "O2-Signal des NOx-Sensors"
    CURVE
    0x828330
    KlAUwSstUwWSw
    49.99924
    rel_q0p7629Em3
    -25.00000
    24.99924

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828330  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uuo2nohk_w
        spg_uw_q0p00488
        3
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KORA
    "Integrationsgeschwindigkeit Integrator ORA"
    CURVE
    0x82ADDE
    KlAUbSstUbWUw
    959.9854
    zk200msxs_uw_b960
    0.00
    959.9854

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADDE  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        4
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KPHRLSU
    "P-Verstärkungsfaktor des PID-Reglers für %HRLSU"
    VALUE
    0x82E4C2
    KwUw
    33.33282
    reltemp_q5p086Em4
    0.00
    33.33282

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KPLRHML
    "P-Anteil fuer stetige LRHK"
    CURVE
    0x81AADA
    GklWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AADA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        8
        0.00
        1020.

        AXIS_PTS_REF SML08LHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KPTKSU
    "Verstärkungsfaktor P-Anteil Abgastemperaturanforderung für Entschwefelung"
    VALUE
    0x829440
    KwUw
    255.9961
    fak_q0p0039
    0.00
    255.9961

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829440  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KPZGR
    "P-Anteil der ZGST-Regler"
    VALUE
    0x82B0EA
    KwUw
    255.9961
    fak_q0p0039
    0.00
    255.9961

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAFGRGA
    "Verstärkungsfaktor bei Rampe für FGR-Regler"
    CURVE
    0x829892
    KlAUwSstUwWUw
    3199.951
    rel_uw_b3200
    0.00
    3199.951

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829892  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAL1N
    "Klopfregeladaption Lastbereich 1"
    CURVE
    0x82C8FE
    GklWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C8FE  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAL2N
    "Klopfregeladaption Lastbereich 2"
    CURVE
    0x82C91E
    GklWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C91E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAL3N
    "Klopfregeladaption Lastbereich 3"
    CURVE
    0x82C93E
    GklWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C93E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAL4N
    "Klopfregeladaption Lastbereich 4"
    CURVE
    0x82C95E
    GklWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C95E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAL5N
    "Klopfregeladaption Lastbereich 5"
    CURVE
    0x82C97E
    GklWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C97E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRALH
    "Klopfregeladaption Lasthysterese"
    VALUE
    0x814FD0
    KwUw
    9.984375
    rel_uw_b3072
    0.00
    9.984375

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAN1
    "Klopfregeladaption Drehzahlbereich, Stützstelle 1"
    VALUE
    0x8106A3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAN2
    "Klopfregeladaption Drehzahlbereich, Stützstelle 2"
    VALUE
    0x8106A4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAN3
    "Klopfregeladaption Drehzahlbereich, Stützstelle 3"
    VALUE
    0x8106A5
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAN4
    "Klopfregeladaption Drehzahlbereich, Stützstelle 4"
    VALUE
    0x8106A6
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRANH
    "Klopfregeladaption Drehzahlhysterese"
    VALUE
    0x8106A7
    KwUb
    240.0
    nmot_ub_q40
    0.00
    240.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWA
    "Klopfregelung Differenz aktueller ZW zu Adaptionskennfeld"
    VALUE
    0x8106BE
    KwUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWKLA
    "Der SV-Lernbetrag für die KR-Adaption nach einem erkannten Klopfereignis"
    VALUE
    0x8106BF
    KwUb
    6.000
    zw_ub_qn0p75
    -6.000
    0.00

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWSA
    "Der FV-Lernbetrag für die KR-Adaption wenn wkra-wkr > KRDWA"
    VALUE
    0x8106C0
    KwUb
    6.000
    zw_ub_q0p75
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWSN
    "Klopfregelung delta - Winkel Sicherheit"
    CURVE
    0x81A47F
    GklWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A47F  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDYESP
    "Erkennungsschwelle für Lastdynamik mit Fahrpedalwert"
    CURVE
    0x82C99E
    GklWSw
    49.99847
    rel_sw_b50
    0.00
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C99E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDYESPOF
    "Offset für Lastdynamik mit Fahrpedalwert"
    CURVE
    0x82C9BE
    GklWSw
    49.99847
    rel_sw_b50
    0.00
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C9BE  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFHKS
    "Fehlerhäufigkeit Klopfsensoren"
    VALUE
    0x81A4C2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFHT
    "Fehlerhäufigkeit Testimpuls"
    VALUE
    0x8106DB
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFTP1A
    "Tiefpassverhalten normal, temperaturabhängig"
    CURVE
    0x81A277
    KlAUbSstUbWUb
    24.00
    dez
    8.000
    32.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A277  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFTP2
    "Tiefpassverhalten bei Drehzahldynamik"
    VALUE
    0x8106B2
    KwUb
    14.00
    dez
    2.000
    16.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFTP3
    "Tiefpassverhalten bei Lastdynamik"
    VALUE
    0x8106B3
    KwUb
    14.00
    dez
    2.000
    16.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRIVKMX
    "Maximaler Korrekturwert krivk_w"
    VALUE
    0x829688
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829688  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRKFKS
    "Zuordnung der Kloperkennungskennlinie bei fehlender Zyl.-1-Erkennung"
    VALUE
    0x8106B4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRKMK
    "Umwandlung rk in mk"
    VALUE
    0x81A159
    KwUb
    0.001992
    m_q7p8125Em6
    0.00
    0.001992

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A159  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRKTE
    "Umrechnung relative Kraftstoffmasse rk in effektive Einspritzzeit te"
    VALUE
    0x813FE0
    KwUw
    1.092250
    rkti_192_sy
    0.00
    1.092250

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRLNMDY
    "Lesen bei Last-/Drehzahlbereichswechsel: immer oder nur bei Dynamik"
    VALUE
    0x8106A8
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRMXN
    "maximale Spätverstellung"
    CURVE
    0x81A48F
    GklWUb
    190.5
    zw_ub_qn0p75
    -191.3
    -0.7500

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A48F  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRNLZAR
    "Zyl.individuelle Drehzahlschwelle, oberhalb der Führung durch LZ aktiv ist"
    VAL_BLK
    0x81A4A7
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x81A4A7  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRVST
    "Verstärkung nach Start"
    VALUE
    0x8106B5
    KwUb
    6.000
    dez
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRZYLDIAG
    "Auswahl (lauter) Zylinder für KS-Diagnose"
    VALUE
    0x81A4C3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSDBGKV
    ""
    VALUE
    0x82F230
    KwUw
    5.086106
    korr_uw_q0p776Em4
    0.00
    5.086106

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F230  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTA0INI
    "Initialisierungswert STADAP-Faktor in Bereich 0"
    VALUE
    0x8103BB
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTA1INI
    "Initialisierungswert STADAP-Faktor in Bereich 1"
    VALUE
    0x8103BC
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTA2INI
    "Initialisierungswert STADAP-Faktor in Bereich 2"
    VALUE
    0x8103BD
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAI
    "Arbeitsbereiche für STADAP-Faktoren"
    CURVE
    0x8103BE
    KlAUbSstUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103BE  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMN0
    "Min-Begrenzung des STADAP-Faktors in Bereich 0"
    VALUE
    0x8103D7
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMN1
    "Min-Begrenzung des STADAP-Faktors in Bereich 1"
    VALUE
    0x8103D8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMN2
    "Min-Begrenzung des STADAP-Faktors in Bereich 2"
    VALUE
    0x8103D9
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMX0
    "Max-Begrenzung des STADAP-Faktors in Bereich 0"
    VALUE
    0x8103DA
    KwUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMX1
    "Max-Begrenzung des STADAP-Faktors in Bereich 1"
    VALUE
    0x8103DB
    KwUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMX2
    "Max-Begrenzung des STADAP-Faktors in Bereich 2"
    VALUE
    0x8103DC
    KwUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTEIG
    "Rekursionskonstante für LSU-Steigung"
    VALUE
    0x81684E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81684E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTTOPMN
    "Minimale Betriebsdauer seit PWF für Startmengenadaption"
    VALUE
    0x8145F0
    KwUw
    393210.0
    t6minxmin_q6
    0.00
    393210.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8145F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTEMXVA
    "Maximale Tankentlüftungsrate bis Stop der Adaption der ZGST-Vorsteuerung"
    VALUE
    0x819D5D
    KwSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D5D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTEVANMK
    "Kennlinie Aufsteuergeschwindigkeit TEV"
    CURVE
    0x81AC80
    GklWUb
    0.0121593164
    perio_ub_b0p012207
    0.00
    0.0121593164

    FORMAT "%12.10"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC80  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mksbg
        m_ub_b25p6
        5
        0.00
        25.50

        AXIS_PTS_REF SMK05TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTLAMSTEIG
    "I-Faktor  für  Rampensteigung lamlash im Kurztrip für Testfunktion hinter KAT"
    VALUE
    0x827FC0
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTMLUSTEST
    "Luftmassenschwelle für Testbeginn Schwingungsprüfung im Kurztrip"
    VALUE
    0x827FC2
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTMNOMX
    "Max. kumulierte NOx-Masse hinter Speicherkat bei Kurztrip"
    VALUE
    0x8288D0
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTMOTW
    "Motortemperatur bei warmen Motor"
    VALUE
    0x827EDE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTMOTZW
    "Motortemperatur bei warmen Motor für Abgastemperatur im Zylinder-Auslaß"
    VALUE
    0x81FB84
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNMOTMN
    "Minimale Schwelle für nmot_w bei Kurztrip"
    VALUE
    0x8288D2
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNMOTMX
    "Maximale Schwelle für nmot_w bei Kurztrip"
    VALUE
    0x8288D4
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNOMX
    "Max. NOx-Konzentration bei Kurztrip"
    VALUE
    0x8288D6
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTTKIHKMMN
    "min. Temperatur im Kat für Kurztrip"
    VALUE
    0x8288D8
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTTKIHKMMX
    "max. Temperatur im Kat für Kurztrip"
    VALUE
    0x8288DA
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUAGRLRN
    "K-Faktor Filter AGR-Lernwert unterer Anschlag"
    VALUE
    0x819110
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819110  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUAGRLRN2
    "K-Faktor Filter AGR-Lernwert unterer Anschlag 2"
    VALUE
    0x819111
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819111  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUMSDKVVDK
    "Umrechnungskonstante von Massenstrom vor DK in Geschwindigkeit vor DK"
    VALUE
    0x82A8B2
    KwUw
    16.6653
    fak_uw_q0p0002543
    0.00
    16.6653

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUMSIRL
    "Umrechnungskonstante von Massenstrom in relative Luftfüllung"
    VALUE
    0x814D4C
    KwUw
    0.003999938965
    kumsrl_uw_b0p004
    0.00
    0.003999938965

    FORMAT "%14.12"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUMSVAGR
    "Umrechnungskonstante von AGR-Massenstrom in Geschwindigkeit im AGR-Rohr"
    VALUE
    0x82A8B4
    KwUw
    16.6653
    fak_uw_q0p0002543
    0.00
    16.6653

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUSINST
    "Vielfaches der Saugrohrzeitkonstante für Beendigung des Instationärbetriebs"
    VALUE
    0x81BFBC
    KwUw
    327.6750
    fak_q0p005
    0.00
    327.6750

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUSVKMX
    "max. Korrekturwert für Offset des Ausgangsverstärkers des Auswerte-IC der LSU"
    VALUE
    0x82EAAE
    KwSw
    31.99951
    spg_q4p88Em4
    -16.00000
    15.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KVERZKHC
    "Konstante zur Berechnung Verzögerung Leitung AKF-TEV"
    VALUE
    0x82ED34
    KwUw
    19.99969
    kverzkhc_q0p000305
    0.00
    19.99969

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KVNPZ
    "normierter Krafstoffverbrauch pro Zylinder für Kombiausgabe"
    VALUE
    0x8100F5
    KwUb
    5100.
    kva_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KVZAF
    "Verstärkungsfaktor Zusatzamplitudenfilter"
    VALUE
    0x81140F
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81140F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KWBIDBKS
    "Anzahl Kurbelwellenumdrehungen in einem Bewertungsintervall"
    VALUE
    0x829F08
    KwUw
    1092.250
    kw_q0p01667
    0.00
    1092.250

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGDFAMX
    "maximale Differenz des aktuellen VST-KF-Sektors zu seinen KF-Nachbarn der ZGST"
    VALUE
    0x82B0EC
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGHOMW0
    "Applizierbarer ZGST-Homogeneingriffswert für Zylinder (zzyl=0)"
    VALUE
    0x82B0EE
    KwSw
    0.9999847
    fak_q1p526Em5
    -0.5000000
    0.4999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGHOMW1
    "Applizierbarer ZGST-Homogeneingriffswert Zylinder 1"
    VALUE
    0x82B0F0
    KwSw
    0.9999847
    fak_q1p526Em5
    -0.5000000
    0.4999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGHOMW2
    "Applizierbarer ZGST-Homogeneingriffswert Zylinder 2"
    VALUE
    0x82B0F2
    KwSw
    0.9999847
    fak_q1p526Em5
    -0.5000000
    0.4999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGHOMW3
    ""
    VALUE
    0x82B0F4
    KwSw
    0.9999847
    fak_q1p526Em5
    -0.5000000
    0.4999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGNGMX
    "Maximaler Drehzahlgradient bis ZGST-Reglertakt Stop"
    VALUE
    0x82B0F6
    KwUw
    25599.94
    nmotg_sw_q0p39
    0.00
    25599.94

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGNMN
    "Untere Drehzahlgrenze für Freigabe ZGST"
    VALUE
    0x819D5E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D5E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGNMX
    "Obere Drehzahlgrenze für Freigabe ZGST"
    VALUE
    0x810656
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810656  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGRIMN
    "Unterer Begrenzung der ZGST-Regler-I-Anteile"
    VALUE
    0x819D5F
    KwSb
    0.9961
    fak_q0p0039
    -0.5000
    0.4961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D5F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGRIMX
    "Obere Begrenzung der ZGST-Regler-I-Anteile"
    VALUE
    0x819D60
    KwSb
    0.9961
    fak_q0p0039
    -0.5000
    0.4961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D60  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGSTMN
    "Untere Begrenzung ZGST-Eingriff"
    VALUE
    0x819D61
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGSTMX
    "Obere Begrenzung ZGST-Eingriff"
    VALUE
    0x819D62
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D62  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGVNMN
    "Untere Drehzahlgrenze für Freigabe Vorsteuerungsadaption ZGST"
    VALUE
    0x819D63
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D63  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGVNMX
    "Obere Drehzahlgrenze für Freigabe Vorsteuerungsadaption ZGST"
    VALUE
    0x819D64
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D64  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGVRKMN
    "Untere Lastgrenze für Freigabe Vorsteuerungsadaption ZGST"
    VALUE
    0x82B0F8
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZGVRKMX
    "Obere Lastgrenze für Freigabe Vorsteuerungsadaption ZGST"
    VALUE
    0x82B0FA
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LA1HMN
    "Untere Lambdaregelschwelle mit Lambdaregelung"
    VALUE
    0x828C82
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LA1HMX
    "Obere Lambdaregelschwelle mit Lambdaregelung"
    VALUE
    0x828C84
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LA1MN
    "lamnohk_w bei Lambda = 1 Homogenbetrieb Minimalwert"
    VALUE
    0x828C86
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LA1MX
    "lamnohk_w bei lambda = 1 Homogenbetrieb Maximalwert"
    VALUE
    0x828C88
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LADMNHMMN
    "Untere dynamische Lambdagrenze für HMM"
    CURVE
    0x82B6AC
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B6AC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAKTDEO
    "Obere Schwelle für Lambda eingeschwungen bei Katdiagnose"
    VALUE
    0x8295D0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAKTDEU
    "Untere Schwelle für Lambda eingeschwungen bei Katdiagnose"
    VALUE
    0x8295D2
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAKTMN
    "Minimale Luftzahl für das Diagnosefenster"
    VALUE
    0x8294F4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAKTMX
    "Maximale Luftzahl für das Diagnosefenster."
    VALUE
    0x8294F6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIO
    "Kennlinie lambda = f(O2)"
    CURVE
    0x81678E
    KlAUwSstSwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81678E  0x66  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        o2adap_w
        relO2_q9p765Em4
        25
        -32.00000
        31.99902

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIUSHK
    "Lambdalinearisierung, Sonde hinter Katalysator, Quantisierung 0...<2"
    CURVE
    0x82EA06
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA06  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        usxhk_w
        spg_uw_q0p00488_o1
        10
        -1.000000
        318.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIUSMN
    "minimales, ueber LALIUS (%GGLSU) messbares Lambda"
    VALUE
    0x816700
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816700  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMBRSMN
    "Lambda-Schwelle Min. für Auslösung Sperre I-Anteil"
    VALUE
    0x82EA30
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMBRSMX
    "Lambda-Schwelle Max. für Auslösung Sperre I-Anteil"
    VALUE
    0x82EA32
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMDENOX
    "Mindest-Fettschwelle für Fettbetrieb während NOx-Ausräumung"
    VALUE
    0x827FC4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMDIFFNO
    "Mindest-Lambdadifferenz zur Messung der Steigung des Sonden für BDE"
    VALUE
    0x827FC6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMDYNO
    "obere Lambdaschwelle für Dynamikprüfung LSU"
    VALUE
    0x82EAD6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMDYNU
    "untere Lambdaschwelle für Dynamikprüfung LSU"
    VALUE
    0x82EAD8
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMETA
    "Lambda aus Wirkungsgrad"
    CURVE
    0x816378
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816378  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        elas_w
        rel_q0p00195
        10
        0.00
        127.9980

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMETASC
    "Lambda aus Wirkungsgrad für Schichteinspritzung"
    CURVE
    0x8163A2
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8163A2  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        elas_w
        rel_q0p00195
        16
        0.00
        127.9980

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMFA
    "Lambda Fahrerwunsch"
    MAP
    0x82B110
    KfAxUbAyUbSstxUbSstyUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B110  0x78  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        15
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mrfa_w
        rel_uw_b200
        6
        0.00
        199.9969

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMFAS
    "Sperre Lambda Fahrerwunsch"
    CURVE
    0x819E07
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E07  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        6
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMFRATX
    "Delta Lambda für die Freigabe der FRAT-Intergratoren"
    VALUE
    0x82AEB4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMGAMN
    "minimale Lambda-Schwelle, bei der die Gemischadaption aktiv sein kann"
    VALUE
    0x82AEB6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMGR
    "Lambdagrenzwert für Katplausibilisierung"
    VALUE
    0x828AAA
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMHAP
    "Lambdavorgabe zur Applikation Homogenbetrieb"
    VALUE
    0x82ADA4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMKADEF
    "Defaultwert Lambda für Katausräumen inaktiv"
    VALUE
    0x82E93C
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E93C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMKAMLW
    "Lambdasollwert für Katalysator-Ausräumen (luftmassenabhängig)"
    CURVE
    0x82E93E
    KlAUwSstUwWUw
    1.000000
    fak_uw_b16
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E93E  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMKP1MX
    "Max. Lambdawert vor SpKat zur Bestimmung von Knickpunkt1"
    VALUE
    0x8135F0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLASHMIN
    "Minimaler Lambda-Sollwert (Fett) für Test Schwingungsprüfung hinter KAT"
    VALUE
    0x827FC8
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLEANUS
    "Schwelle für Mager Lambda-Betrieb bei der Sondenspannung überprüft wird"
    VALUE
    0x827FCA
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLOMSOL
    "Lambda Sollwert Lightoff Mager"
    VALUE
    0x814F8A
    KwUw
    16.00000
    fak_uw_b16
    0.00
    16.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMMAGMN
    "Lambdaschwellwert mageres Abgas im Speicherkatalysator"
    VALUE
    0x8288DC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMMN
    "Untere Plausibilitätsschwelle für Lambda"
    VALUE
    0x82EAE4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMMNST
    "Minimale Lambda-Schwelle für Sondensignalabgleich"
    VALUE
    0x82ED36
    KwUw
    13.80005
    fak_uw_b16
    1.199951
    15.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMMX
    "Obere Plausibilitätsschwelle für Lambda"
    VALUE
    0x82EAE6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMNHOMN
    "Untere stationäre Lambdagrenze für HOM"
    CURVE
    0x82B6BC
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B6BC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMNHOSN
    "Untere stationäre Lambdagrenze für HOS"
    CURVE
    0x82B6CC
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B6CC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMNOSO2
    "Lambda über O2-Konzentration [%]"
    CURVE
    0x82833E
    KlAUwSstSwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82833E  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        o2hksp_w
        rel_q0p7629Em3
        20
        -25.00000
        24.99924

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMNSCHN
    "Untere stationäre Lambdagrenze für SCH"
    CURVE
    0x82B6DC
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B6DC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMNSKHN
    "Untere stationäre Lambdagrenze für SKH"
    CURVE
    0x82B6EC
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B6EC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMREGF
    "Schwelle Lambda im Fettbereich nach Beginn Regeneration"
    VALUE
    0x8288DE
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMREGKON
    "Konstante Lambda Regeneration"
    VALUE
    0x8288E0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMREGNT
    "Lambda Regeneration niedrige Temperatur Speicherkatalysator"
    VALUE
    0x8288E2
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMRI
    "Lambdafettwert für Freigabe der Katplausibilisierung"
    VALUE
    0x828AAC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSA
    "Lambdaschwelle während Schubabschaltung"
    VALUE
    0x828C8A
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSCH
    "Kleinstes Lambda im Schichtbetrieb"
    VALUE
    0x828C8C
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSDNE
    "Lambda-Sollvorgabe nach DeNOX-Ende"
    VALUE
    0x82ADA6
    KwUw
    0.2001953
    fak_uw_b16
    0.8999023
    1.100098

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSKAMX
    "Lambda-Ist vor Kat für Erkennung Magerbedingung Kat-Ausräumen"
    VALUE
    0x82E954
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E954  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSNOMN
    "Lambdaschwelle fuer OBD NOx Signal Min.Wert"
    VALUE
    0x828ADC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ADC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSNOMX
    "Lambdaschwelle fuer OBD NOx Signal Max.Wert"
    VALUE
    0x828ADE
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ADE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSONSVL
    "Schwelle für Vollast Lambda-Betrieb bei der Sondenspannung überprüft wird"
    VALUE
    0x827FCC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSPE
    "Lambdaschwellwert NOx-Einspeicherung möglich"
    VALUE
    0x828208
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828208  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSSAMN
    "untere Grenze für lamsosa und lamsisa, CARB-Tester, DLSSALRS"
    VALUE
    0x8196A1
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSSAMX
    "obere Grenze für lamsosa und lamsisa, CARB-Tester, DLSSALRS"
    VALUE
    0x8196A2
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSSMN
    "Minimales Lambdasoll für  stöchiometrischen Betrieb"
    VALUE
    0x82EAB0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSSMX
    "Maximales Lambdasoll für  stöchiometrischen Betrieb"
    VALUE
    0x82EAB2
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSTEIG
    "I-Faktor  für  Rampensteigung lamlash für Testfunktion hinter KAT"
    VALUE
    0x827FCE
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSUF
    "Lambda-Sollvorgabe durch DeSOx bei Schwefelbeladung u. hoher Fz.-geschwindigkeit"
    VALUE
    0x829442
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829442  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSUSM
    "Lambda-Motor-Soll, mager, während Entschwefelung"
    VALUE
    0x813642
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813642  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSUSPO
    "oberer Lambdaschwellwert für Schwefeleinspeicherung"
    VALUE
    0x829444
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829444  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSUSPU
    "unterer Lambdaschwellwert für Schwefeleinspeicherung"
    VALUE
    0x829446
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829446  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSVPMX
    "Lambdaschwelle Sollwert fuer NOx_sensor Vp Max-Prüfung"
    VALUE
    0x828AE0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMS_MN_UC
    "LAMS_MN_UM im Befehlstest"
    VALUE
    0x810C17
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C17  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMS_MN_UM
    "Min zulässige Lambdakorrektur in Funktionsüberwachung"
    VALUE
    0x8140B3
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMS_MX_UC
    "LAMS_MX_UM im Befehlstest"
    VALUE
    0x810C18
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C18  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMS_MX_UM
    "Max zulässige Lambdakorrektur in Funktionsüberwachung"
    VALUE
    0x8140B4
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMTEMN
    "minimale Lambda-Schwelle, bei der die Tankentlüftung aktiv sein kann"
    VALUE
    0x82EC60
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMTREG
    "Lambda-Anforderung für Regeneration abhängig vom Zeitzähler bei Zeitsteuerung"
    CURVE
    0x8288E4
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288E4  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tregzs_w
        t100msxs_uw_b6553p5
        4
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMXHOMKH
    "Maximale Lambdavorsteuerung für Katheizen im Homogenbetrieb"
    VALUE
    0x814F5E
    KwUw
    15.99976
    fak_q0p000244
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMXHOMN
    "Obere stationäre Lambdagrenze für HOM"
    CURVE
    0x82B6FC
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B6FC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMXHOSN
    "Obere stationäre Lambdagrenze für HOS"
    CURVE
    0x82B70C
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B70C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMXSCHN
    "Obere stationäre Lambdagrenze für SCH"
    CURVE
    0x82B71C
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B71C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMXSKHN
    "Obere stationäre Lambdagrenze für SKH"
    CURVE
    0x82B72C
    GklWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B72C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        AXIS_PTS_REF SNM08LAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMZKMN
    "Minimale Lambda-Schwelle für Sondensignalabgleich"
    VALUE
    0x82ED38
    KwUw
    13.80005
    fak_uw_b16
    1.199951
    15.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASHKAB
    "Startwert für dynamische Sollwertanhebung (lamsolh) in der LRHK"
    VALUE
    0x816754
    KwSw
    0.9999695
    fak_sw_b1
    0.00
    0.9999695

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x816754  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASOAB
    "Lambdasollwert bei Bankabschaltung"
    VALUE
    0x8196BA
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASPLCFT
    "Fettschwelle für den Sollwert von Lambda für den Plausibilitätscheck"
    VALUE
    0x82EAE8
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASPLCMR
    "Magerschwelle für den Sollwert von Lambda für den Plausibilitätscheck"
    VALUE
    0x82EAEA
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASTEIGDIA
    "Schwellert für Diagnose LSU-Signal Steigung"
    VALUE
    0x816850
    KwSw
    1599.976
    zk10msxs_q2p441em2
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816850  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASWLTM
    "Offset Lambda-Motor-Soll bei inaktiver Lambdaregelung"
    CURVE
    0x819786
    GklWSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819786  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STM12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBKGRAD
    "Gradient für LBK-Poti"
    VALUE
    0x82A8C2
    KwUw
    159.9976
    rel_q0p002441
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBKGRADEMN
    "min. Gradient für LBK-Poti bei dem Fehler gesetzt wird"
    VALUE
    0x829FF4
    KwUw
    159.9976
    rel_q0p002441
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBKGRADEMX
    "max. Gradient für LBK-Poti bei dem Fehler gesetzt wird"
    VALUE
    0x829FF6
    KwUw
    159.9976
    rel_q0p002441
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBKGRADMN
    "min. Gradient für LBK-Poti, der eingerechnet wird"
    VALUE
    0x82A8C4
    KwUw
    159.9976
    rel_q0p002441
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBKGRADMX
    "max. Gradient für LBK-Poti, der eingerechnet wird"
    VALUE
    0x82A8C6
    KwUw
    159.9976
    rel_q0p002441
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBKMD
    "min Sollwert, bei dem es noch Drall gibt und somit min-Fehler"
    VALUE
    0x829FF0
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBKOD
    "max Sollwert, bei dem es keinen Drall mehr gibt und somit max-Fehler"
    VALUE
    0x829FF2
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBKSOLNAL
    "Soll-Ladungsbewegungsklappenposition im Nachlauf"
    VALUE
    0x82AA24
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AA24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBMINC
    "Wert der bei Bezugsmarkenverlust hinzuaddiert wird"
    VALUE
    0x813560
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813560  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBMINIT
    "Initialisierungswert des Zählers Bezugsmarkenverlust, wenn SG zuvor im NLDG war"
    VALUE
    0x813562
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813562  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBMMX
    "Maximalwert für Zähler Bezugsmarkenverlust"
    VALUE
    0x813564
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813564  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBMSUB
    "Differenzwert zwischen der Fehlereintragsschwelle und der Notlaufanforderung"
    VALUE
    0x81FB34
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBTSSGG
    "Lambdagradient während gefeuerter Schubphase"
    VALUE
    0x8199E6
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBTSSGMN
    "Lambdasollwert Minimum während gefeuerter Schubphase"
    VALUE
    0x8199E7
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBTSSGMX
    "Lambdasollwert Maximum während gefeuerter Schubphase"
    VALUE
    0x8199E8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBUTEVH
    "Bitposition des Aktivierungspulses in lbuesynhom für DTEV-Aktivierung bei B_hom"
    VALUE
    0x81AD47
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD47  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBZO1
    "Schwelle für lbz zur Solldrehzahlanhebung beim Verlassen des LL"
    VALUE
    0x81A672
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A672  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBZO2
    "Schwelle für lbz zur Solldrehzahlanhebung im Leerlauf"
    VALUE
    0x81A673
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A673  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBZU
    "Schwelle für lbz zur Solldrehzahlabsenkung beim Verlassen des Leerlaufs"
    VALUE
    0x81A674
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A674  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LEHNOMN
    "Untergrenze Leistung NOx-Sensorheizung"
    VALUE
    0x8289E0
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LEHNOMX
    "Obergrenze Leistung NOx-Sensorheizung"
    VALUE
    0x8289E2
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LEHNONL
    "Heizerleistung NOx-Sensor im SG-Nachlauf"
    VALUE
    0x8289E4
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LEHNOU
    "Min. Leistung für Erkennung ""Heizung ein"""
    VALUE
    0x8289E6
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LEIHNO
    "Initialisierungswert Leistung NOx-Sensorheizung"
    VALUE
    0x8289E8
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LEPWMMN
    "minimales Tastverhältnis Eingang Leistungsendstufe"
    VALUE
    0x829E94
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LEPWMMX
    "maximales Tastverhaeltnis Eingang Leistungsendstufe"
    VALUE
    0x829E96
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHAAAA
    "Dummy fid: hoher oberer Grenzwert (Mode A)"
    VALUE
    0x81C388
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C388  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHADDSV
    "obere Prioritätsschranke (zu wenig aktiv) Drucksteuerventil"
    VALUE
    0x81C38A
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C38A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHAFRA
    "High limit: Mode A, Bereich FRA in LRA"
    VALUE
    0x81C38C
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C38C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHAFRAT
    ""
    VALUE
    0x81C38E
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C38E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHAORA
    "High limit: Mode A, Bereich ORA in LRA"
    VALUE
    0x81C390
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C390  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHATEH
    "High limit: Mode A, TE mit hoher Beladung"
    VALUE
    0x81C392
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C392  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHATEL
    "High limit: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81C394
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C394  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHATEM
    "High limit: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81C396
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C396  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHATEN
    "obere Prioritätsschranke (zu wenig aktiv) Notlauf-Tankentlüftung"
    VALUE
    0x81C398
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C398  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHATEVH
    "obere Prioritätsschranke (zu wenig aktiv) Diagnose TEV homogen"
    VALUE
    0x81C39A
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C39A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHATEVM
    "obere Prioritätsschranke (zu wenig aktiv) Diagnose TEV mager"
    VALUE
    0x81C39C
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C39C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBAAA
    "Dummy fid: hoher oberer Grenzwert (Mode B)"
    VALUE
    0x81C39E
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C39E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBAGRA
    "obere Prioritätsschranke (zu wenig aktiv) AGR Adaption"
    VALUE
    0x81C3A0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBDLSU
    ""
    VALUE
    0x81C3A2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBFRST
    "High limit: Mode B, Kurztest der LR"
    VALUE
    0x81C3A4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBFUPS
    ""
    VALUE
    0x81C3A6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBHMM
    "hohe PrioObergr. (zu wenig akt. - BDE-Mode Homogen-Mager)"
    VALUE
    0x81C3A8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBHOM
    "hohe PrioObergr. (zu wenig akt. - BDE-Mode Homogen)"
    VALUE
    0x81C3AA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBHOS
    "hohe PrioObergr. (zu wenig akt. - BDE-Mode Homogen-Schicht)"
    VALUE
    0x81C3AC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBKTSP
    "obere Prioritätsschranke (zu wenig aktiv) Kat.-Sprungdiagnose"
    VALUE
    0x81C3AE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBLAHH
    "obere Prioritätsschranke (zu wenig aktiv) LambdaShift HOM-SchwingPrüf LS HK"
    VALUE
    0x81C3B0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBLAHH2
    "obere Prio-schranke (zu wenig aktiv) LambdaShift HOM-SchwingPrüf LS HK Bank2"
    VALUE
    0x81C3B2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBLASH
    "High limit: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81C3B4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBLLRH
    "obere Prioritätsschranke (zu wenig aktiv) Drehzahlabweichung HOM"
    VALUE
    0x81C3B6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBLLRM
    "obere Prioritätsschranke (zu wenig aktiv) Drehzahlabweichung SCH"
    VALUE
    0x81C3B8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBLSU
    "High limit: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81C3BA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBPBRI
    ""
    VALUE
    0x81C3BC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBPLSU
    ""
    VALUE
    0x81C3BE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBSCH
    "hohe PrioObergr. (zu wenig akt. - BDE-Mode Schicht)"
    VALUE
    0x81C3C0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBSKH
    "hohe PrioObergr. (zu wenig akt. - BDE-Mode Schicht-Kat-Heizen)"
    VALUE
    0x81C3C2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBTEST
    "High limit: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x81C3C4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBTEVP
    ""
    VALUE
    0x81C3C6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHBTKP
    "hoher oberer Grenzwert, passive thermische Katalysatordiagnose"
    VALUE
    0x81C3C8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LHCAAA
    ""
    VALUE
    0x81C3CA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMN
    "Untere Integratorbegrenzung bei stehendem Fahrzeug"
    VALUE
    0x81088B
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81088B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMNDLLR
    "Untere Integratorbegrenzung bei Diagnose Leerlaufregelung"
    VALUE
    0x81088C
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81088C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMNDTES
    "Untere Integratorbegrenzung bei DTES"
    VALUE
    0x81088D
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81088D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMNV
    "Untere Integratorbegrenzung bei rollendem Fahrzeug"
    VALUE
    0x81088E
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81088E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMXDNS
    "Obere Integratorbegrenzung bei stehendem Fahrzeug"
    CURVE
    0x81A7C2
    GklWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7C2  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        AXIS_PTS_REF SNS206LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMXVDNS
    "Obere Integratorbegrenzung bei rollendem Fahrzeug"
    CURVE
    0x81A7C8
    GklWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7C8  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        AXIS_PTS_REF SNS206LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LISTM
    "Wert des Leerlaufintegrators im Start"
    CURVE
    0x81A7CE
    GklWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7CE  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LKRN
    "Lastschwelle Klopfregelung"
    CURVE
    0x82C9DE
    GklWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C9DE  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LKTDF
    "Lambdawert bei Kat-Diagnose, Fettsprung"
    VALUE
    0x8295D4
    KwUw
    0.2500000
    fak_uw_b16
    0.7500000
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LKTDFT
    "Lambdawert bei Kat-Diagnose, Fettsprung, Testerbetrieb"
    VALUE
    0x8295D6
    KwUw
    0.2500000
    fak_uw_b16
    0.7500000
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LKTDM
    "Lambdawert bei Kat-Diagnose, Magersprung"
    VALUE
    0x8295D8
    KwUw
    0.2500000
    fak_uw_b16
    1.000000
    1.250000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LKTDMT
    "Lambdawert bei Kat-Diagnose, Magersprung, Testerbetrieb"
    VALUE
    0x8295DA
    KwUw
    0.2500000
    fak_uw_b16
    1.000000
    1.250000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LLRICNF
    "Configurationsbyte für LLR Integrator"
    VALUE
    0x81088F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81088F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LMSTMOT
    "Motortemp.-Korrektur von Lambda-Motor-Soll"
    CURVE
    0x82C4D8
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4D8  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LNXQTM
    "Natürlicher Logarithmus aus Temperaturquotient"
    CURVE
    0x82AF08
    KlAUbSstUwWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF08  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        xqtm_w
        fak_uw_b16
        12
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOAAAA
    "Dummy fid: tiefer oberer Grenzwert (Mode A)"
    VALUE
    0x81C3CC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOADDSV
    "tiefere Prioritätsschranke (ausreichend aktiv) Drucksteuerventil"
    VALUE
    0x81C3CE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOAFRA
    "Low limit: Mode A, Bereich FRA in LRA"
    VALUE
    0x81C3D0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOAFRAT
    ""
    VALUE
    0x81C3D2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOAORA
    "Low limit: Mode A, Bereich ORA in LRA"
    VALUE
    0x81C3D4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOATEH
    "Low limit: Mode A, TE mit hoher Beladung"
    VALUE
    0x81C3D6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOATEL
    "Low limit: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81C3D8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOATEM
    "Low limit: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81C3DA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOATEN
    "tiefere Prioritätsschranke (ausreichend aktiv) Notlauf-Tankentlüftung"
    VALUE
    0x81C3DC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOATEVH
    "tiefere Prioritätsschranke (ausreichend aktiv) Diagnose TEV homogen"
    VALUE
    0x81C3DE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOATEVM
    "tiefere Prioritätsschranke (ausreichend aktiv) Diagnose TEV mager"
    VALUE
    0x81C3E0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBAAA
    "Dummy fid: tiefer oberer Grenzwert (Mode B)"
    VALUE
    0x81C3E2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBAGRA
    "tiefere Prioritätsschranke (ausreichend aktiv) AGR Adaption"
    VALUE
    0x81C3E4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBDLSU
    ""
    VALUE
    0x81C3E6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBFRST
    "Low limit: Mode B, Kurztest der LR"
    VALUE
    0x81C3E8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBFUPS
    ""
    VALUE
    0x81C3EA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBHMM
    "tief. PrioObergr. (ausr. akt.- BDE-Mode Homogen-Mager)"
    VALUE
    0x81C3EC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBHOM
    "tief. PrioObergr. (ausr. akt.- BDE-Mode Homogen)"
    VALUE
    0x81C3EE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBHOS
    "tief. PrioObergr. (ausr. akt.- BDE-Mode Homogen-Schicht)"
    VALUE
    0x81C3F0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBKTSP
    "tiefere Prioritätsschranke (ausreichend aktiv) Kat.-Sprungdiagnose"
    VALUE
    0x81C3F2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBLAHH
    "tiefere Prioritätsschranke (ausreichend aktiv) LambdaShift HOM-SchwingPrüf LS HK"
    VALUE
    0x81C3F4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBLAHH2
    "tiefere Prio-schranke (ausreich. aktiv) LambdaShift HOM-SchwingPrüf LS HK Bank2"
    VALUE
    0x81C3F6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBLASH
    "Low limit: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81C3F8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBLLRH
    "tiefere Prioritätsschranke (ausreichend aktiv) Drehzahlabweichung HOM"
    VALUE
    0x81C3FA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBLLRM
    "tiefere Prioritätsschranke (ausreichend aktiv) Drehzahlabweichung SCH"
    VALUE
    0x81C3FC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBLSU
    "Low limit: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81C3FE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBPBRI
    ""
    VALUE
    0x81C400
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C400  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBPLSU
    ""
    VALUE
    0x81C402
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C402  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBSCH
    "tief. PrioObergr. (ausr. akt.- BDE-Mode Schicht)"
    VALUE
    0x81C404
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C404  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBSKH
    "tief. PrioObergr. (ausr. akt.- BDE-Mode Schicht-Kat-Heizen)"
    VALUE
    0x81C406
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C406  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBTEST
    "Low  limit: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x81C408
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C408  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBTEVP
    ""
    VALUE
    0x81C40A
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C40A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOBTKP
    "Tiefer oberer Grenzwert, passive thermische Katalysatordiagnose"
    VALUE
    0x81C40C
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C40C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LOCAAA
    ""
    VALUE
    0x81C40E
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C40E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRHIMN
    "minimale Integratorgrenze der stetigen LRHK"
    VALUE
    0x82EA34
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRHIMX
    "maximale Integratorgrenze der stetigen LRHK"
    VALUE
    0x82EA36
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNST1_T
    "Wartezeit in Lernschritt 1"
    VALUE
    0x81024A
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81024A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNST3_T
    "Wartezeit in Lernschritt 3"
    VALUE
    0x81024B
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81024B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNST7_T
    "Wartezeit in Lernschritt 7"
    VALUE
    0x81024C
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81024C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNST9_T
    "Wartezeit in Lernschritt 9"
    VALUE
    0x81024D
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81024D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNVB_T
    "Lernverbotszeit für 'normales Lernen'"
    VALUE
    0x8136AC
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSGKTM
    "Korrekturkennlinie der Reglerparameter bei tiefen Motortemperaturen"
    CURVE
    0x81AA68
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA68  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSHDSMN
    "minimale Grenze Stellgröße der LRSHK während Desulfatisieren"
    VALUE
    0x816756
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816756  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSHDSMX
    "maximale Grenze Stellgröße der LRSHK während Desulfatisieren"
    VALUE
    0x816758
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816758  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSHZPMN
    "minimale Grenze Stellgröße der LRSHK im Zweipunkt-Modus"
    VALUE
    0x81675A
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81675A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSHZPMX
    "maximale Grenze Stellgröße der LRSHK im Zweipunkt-Modus"
    VALUE
    0x81675C
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81675C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSPZA
    "Periodendauer der Zwangsamplitude des LRS-Regelfaktors"
    VALUE
    0x816702
    KwUw
    655.3400
    t20msxs_ub_q0p02
    0.00
    655.3400

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816702  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSZAML
    "Amplitude der LRS-Zwangsamplitude"
    CURVE
    0x811410
    KlAUbSstUbWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x811410  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        6
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LSUNAMN
    "untere Schwelle für LSU nicht aktiv"
    VALUE
    0x82EAEC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LSUNAMX
    "obere Schwelle für LSU nicht aktiv"
    VALUE
    0x82EAEE
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LSU_T_UC
    "Verzögerungszeit Betriebsbereitschaft LSU im Befehlstest"
    VALUE
    0x816650
    KwUw
    2621.400
    t40msxs_uw_q0p04
    0.00
    2621.400

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816650  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LSU_T_UM
    "Verzögerungszeit Betriebsbereitschaft LSU"
    VALUE
    0x8141EC
    KwUw
    2621.400
    t40msxs_uw_q0p04
    0.00
    2621.400

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LSVZFMMN
    "minimaler lambda-Sollwert nach Verzugszeit bei Übergang fett - mager"
    VALUE
    0x81FBC2
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LSVZMFMN
    "minimaler lambda-Sollwert nach Verzugszeit bei Übergang mager - fett"
    VALUE
    0x81FBC4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEKO1
    "Alternative Lüfterkonfiguration 1 zu CWLUEKO über Login Code"
    VALUE
    0x82F41E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F41E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEKO2
    "Alternative Lüfterkonfiguration 2 zu CWLUEKO über Login Code"
    VALUE
    0x82F420
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F420  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEKO3
    "Alternative Lüfterkonfiguration 3 zu CWLUEKO über Login Code"
    VALUE
    0x82F422
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F422  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEN1LOGIN
    "Login-Code für Drehzahlfenster 1 aktiv (Lüftersteuerung)"
    VALUE
    0x815080
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815080  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEN2LOGIN
    "Login-Code für Drehzahlfenster 2 aktiv (Lüftersteuerung)"
    VALUE
    0x815082
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815082  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEN3LOGIN
    "Login-Code für Drehzahlfenster 3 aktiv (Lüftersteuerung)"
    VALUE
    0x815084
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815084  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURBMI
    "Laufunruhe-Referenzwert bei Fahrzeug steht"
    CURVE
    0x81F71C
    KlAUwSstUwWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F71C  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        midmd_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURFOST
    "Laufruhe-Referenzwert für stop fuel-on/-off Adaption, Vergleich mit lunw"
    VALUE
    0x813194
    KwUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813194  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURKTM
    "Tmot-abhängiger Laufunruhe-Referenz-Korrekturwert"
    CURVE
    0x81F72E
    KlASwSstSwWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F72E  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -24624.00
        24527.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURMIN1
    "Drehzahlabh. Laufunruhe-Referenz-Minimalwert 1"
    CURVE
    0x81F750
    GklWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F750  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURMIN2
    "Drehzahlabh. Laufunruhe-Referenz-Minimalwert 2"
    CURVE
    0x81F760
    GklWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F760  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURMIN3
    "Drehzahlabh. Laufunruhe-Referenz-Minimalwert 3"
    CURVE
    0x81F770
    GklWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F770  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURST
    "Laufunruhe-Referenzwertkorrektur nach Start"
    CURVE
    0x8131C6
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131C6  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnst_w
        t10msxs_uw_b655p35
        6
        0.00
        655.3500

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUTSLRMX
    ""
    VALUE
    0x814F8C
    KwSw
    261.9280
    luquant
    -130.9640
    130.9640

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LVHIGH
    "Oberer Leistungswert"
    VALUE
    0x8289EA
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LVLOW
    "Unterer Leistungswert"
    VALUE
    0x8289EC
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LWSER
    "Lenkilfelastmoment bei fehlerhaftem Lenkwinkelsensor"
    VALUE
    0x81A8A8
    KwUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LZFUER
    "Festwerteblock: Leitzylinderzuordnung"
    VAL_BLK
    0x8106C1
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x8106C1  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MAGMASK
    "Bitmaske für Magerbetriebsarten"
    VALUE
    0x8191C7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MATMAHK
    "Masse des vorderen Monolithen des Hauptkatalysators"
    VALUE
    0x827EE0
    KwUw
    5.825333
    m_q8p888Em5
    0.00
    5.825333

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MATMAVK
    "Masse des vorderen Monolithen des Vorkatalysators"
    VALUE
    0x827EE2
    KwUw
    5.825333
    m_q8p888Em5
    0.00
    5.825333

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MATMAVKG
    "Masse des vorderen Monolithen des Vorkatalysators (Grenzkat)"
    VALUE
    0x827EE4
    KwUw
    5.825333
    m_q8p888Em5
    0.00
    5.825333

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MATMBHK
    "Masse des hinteren Monolithen des Hauptkatalysators"
    VALUE
    0x827EE6
    KwUw
    5.825333
    m_q8p888Em5
    0.00
    5.825333

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MATMBVK
    "Masse des hinteren Monolithen des Vorkatalysators"
    VALUE
    0x827EE8
    KwUw
    5.825333
    m_q8p888Em5
    0.00
    5.825333

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MATMBVKG
    "Masse des hinteren Monolithen des Vorkatalysators (Grenzkat)"
    VALUE
    0x827EEA
    KwUw
    5.825333
    m_q8p888Em5
    0.00
    5.825333

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MAXANZTI
    "Maximale Anzahl von Einspritzungen bis Start abgebrochen wird"
    VALUE
    0x813572
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813572  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDATNM
    "Drehmomentaufnahme AT-Getriebe in Fahrstufe N/P"
    CURVE
    0x82D5A8
    GklWSw
    99.99695
    rel_sw_b100
    0.00
    99.99695

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D5A8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDATRM
    "Drehmomentanteil (Pumpenanteil) AT-Getriebe in Fahrstufe R"
    CURVE
    0x82D5B8
    GklWSw
    99.99695
    rel_sw_b100
    0.00
    99.99695

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D5B8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDERFOKH
    "Anzahl Aussetzer für Adaptionsstop (Heilung) bei B_kh = 1"
    VALUE
    0x813144
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813144  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDERKFON
    "Anzahl Aussetzer für Adaptionsstop (Heilung)"
    VALUE
    0x813146
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813146  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDGAT
    "Kennlinie Momenten begrenzung bei zu hoher Abgastemperatur"
    CURVE
    0x82DE92
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE92  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        2621400.

        FORMAT "%8.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDGENER
    "Ersatzwert für Generatorlastmoment im Fehlerfall"
    VALUE
    0x81F104
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F104  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDGRADGES
    "Momentengradientenbegrenzung bei fehlende Getriebe Botschaften"
    VALUE
    0x81311C
    KwUw
    99.00055
    rel_uw_b100
    0.00
    99.00055

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81311C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDHFS
    "Moment zur Kompensation der Frontscheibenheizung (stat.)"
    VALUE
    0x81A8A9
    KwUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDHHS
    "Moment zur Kompensation der Heckscheibenheizung (stat.)"
    VALUE
    0x81A8AA
    KwUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDHYEZ
    "Momenten-Hysterese bei Entscheidung der Zylinderausblendung"
    VALUE
    0x810A38
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A38  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDHYUM
    "Momenten-Hysterese bei Umschaltung Enable Bedingungen BDE"
    VALUE
    0x81F0CC
    KwUw
    1.499939
    rel_uw_b100
    0.00
    1.499939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDIMX
    "Maximales indiziertes Motormoment"
    VALUE
    0x810A30
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A30  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDKOAB
    "Drehmomentschwelle um den Kompressor in Beschleunigung abzuschalten"
    CURVE
    0x811D8B
    GklWUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D8B  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDKOAN
    "Drehmomentschwelle um den Klimakompressor abzuschalten"
    CURVE
    0x811D93
    GklWUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D93  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDKOEN
    "Drehmomentschwelle um den Klimakompressor einzuschalten"
    CURVE
    0x811D9B
    GklWUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D9B  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDMAXKBI
    "maximales Drehmoment für Ausgabe an Kombi"
    VALUE
    0x8100F6
    KwUb
    2550.
    md_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDNORM
    "Maximales indiziertes Motormoment für Moment-Normierung"
    VALUE
    0x8100F7
    KwUb
    2550.
    md_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDR_AOG
    "oberer Grenzwert Anpassung Momentenreserve Leerlaufregelung"
    VALUE
    0x8106F5
    KwUb
    24.90
    rel_ub_b25
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDR_AUG
    "unterer Grenzwert Anpassung Momentenreserve Leerlaufregelung"
    VALUE
    0x8106F6
    KwUb
    24.90
    rel_ub_b25
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDSH
    "Höhenabhängiger Anteil des Schleppmomentes"
    CURVE
    0x82D8A6
    KlAUbSstUbWSb
    49.90
    rel_q0p1957
    -25.05
    24.85

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D8A6  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        6
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDSL
    "Momentenanforderung der Servolenkung"
    VALUE
    0x81A8AB
    KwUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDSM
    "Schleppmoment Temperaturanteil"
    CURVE
    0x82D8B4
    GklWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D8B4  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin AXIS_PTS

    MDV08_UC
    "Stützstellenverteilung für Moment im Befehlstest"
    0x8111A9
    mz_uc
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8111A9  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    MDV08_UM
    "Stützstellenverteilung für Moment in der Funktionsüberwachung"
    0x814502
    mz_um
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x814502  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    MDWANER
    "Ersatzwert fur mdwan_w bei Fehler"
    VALUE
    0x810787
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810787  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MFLUTS
    "Filterzeitkonstante für Filterung der Winkelbeschleunigung"
    VALUE
    0x8147EE
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFAAPP
    "Applikationswert für MIFA_w"
    VALUE
    0x815B8E
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815B8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFABGMX
    "Maximalwert mifa_w für Momentenänderungsbegrenzung"
    VALUE
    0x815B90
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815B90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFALAPP
    "Applikationswert für MIFAL_w"
    VALUE
    0x815B92
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815B92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFAMXNOT
    "maximales indiziertes Moment im PWG-Ersatzbetrieb"
    CURVE
    0x8194D3
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194D3  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFAWMMX
    "Max. Fahrerwunschmoment Lightoffmaßnahmen"
    VALUE
    0x810677
    KwUb
    100.0
    rel_ub_b100
    0.00
    100.0

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810677  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIGCRMN
    "Minimales Moment zur Cruisingerkennung"
    VALUE
    0x813646
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813646  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIGESMN
    "min. ind. Moment bei fehlende Getriebe Botschaften"
    VALUE
    0x81311E
    KwUw
    99.00055
    rel_uw_b100
    0.00
    99.00055

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81311E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIISTGRH
    "GW indiziertes Motormoment Hochdruckphase Istwert z Test ob. Temperaturgrenze HK"
    VALUE
    0x8288F6
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MILANTI
    "MIL ist bei ti-Abschaltung an, auch im 1.dcy"
    VALUE
    0x810185
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810185  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIMX
    "maximal indiziertes Motormoment"
    VALUE
    0x828AAE
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MINAKRLZ
    "minimale Anzahl möglicher KR-Leitzylinder"
    VALUE
    0x81A4AF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4AF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIPHERMN
    "Minimales Sollmoment für Aktivierung der Lastschlagdetektion"
    VALUE
    0x813574
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813574  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MISALUN
    "Momentschwelle zur Schuberkennung für Ausblendung der Aussetzererkennung"
    CURVE
    0x81934E
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81934E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_FRKSCH_DAT_UC
    ""
    VAL_BLK
    0x810F47
    KwbUb
    0.9961
    rel_ub_b1p0
    0.00
    0.9961

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810F47  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_LAMB1_DAT_UC
    ""
    VAL_BLK
    0x810F57
    KwbUb
    191.3
    zw_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810F57  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_LAMB2_DAT_UC
    ""
    VAL_BLK
    0x810F67
    KwbUb
    191.3
    zw_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810F67  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_NMOT_DAT_UC
    ""
    VAL_BLK
    0x810F77
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810F77  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    MIST_NMV08_UC
    ""
    0x810F87
    nmot_uc
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810F87  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    MIST_RLV08_UC
    ""
    0x810F90
    rl_uc
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810F90  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    MIST_RL_DAT_UC
    ""
    VAL_BLK
    0x810F99
    KwbUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810F99  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_ZW1_DAT_UC
    ""
    VAL_BLK
    0x810FA9
    KwbUb
    191.3
    zw_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810FA9  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_ZW2_DAT_UC
    ""
    VAL_BLK
    0x810FB9
    KwbUb
    191.3
    zw_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810FB9  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKAUSGMX
    "Maximalwert Tankausgasung"
    VALUE
    0x82ED3A
    KwUw
    51.19922
    m_q0p00078125
    0.00
    51.19922

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKFADPN
    "Kupplungsmoment für Umschaltung Dashpot-Filterzeit"
    CURVE
    0x81A9C9
    GklWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9C9  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKFADPN1
    "Kupplungsmoment für Umschaltung Dashpot-Filterzeit bei Klimakompressor"
    CURVE
    0x81A9CF
    GklWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9CF  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKLLS
    "Momentaufnahme Klimakompressorlüfter"
    CURVE
    0x82D726
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D726  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkllsc
        rel_q0p39
        6
        0.00
        25599.61

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKMIFABG
    "Kupplungsmoment für Aktivierung der Momentenänderungsbegrenzung"
    VALUE
    0x815B94
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815B94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKRKMAH
    "Schwelle Kleinmengenansteuerung MSV Hysterese"
    VALUE
    0x81A15A
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A15A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDTEFPF
    "Schwelle Motorluftmasse für Freigabe Überprüfung Diagnose DTEV passiv möglich"
    VALUE
    0x82EDDE
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDTEPF
    "Schwelle Motorluftmasse für Freigabe Diagnose DTEV passiv möglich"
    VALUE
    0x82EDE0
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLKTDO
    "Obere Luftmassenschwelle für Kat-Diagnose"
    VALUE
    0x8295E8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLKTDOO
    "Obere Luftmassenschwelle für Kat-Diagnose, oberes Band"
    VALUE
    0x8295EA
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLKTDOT
    "Obere Luftmassenschwelle für Kat-Diagnose bei Testerbetrieb"
    VALUE
    0x8295EC
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLKTDU
    "Untere Luftmassenschwelle für Kat-Diagnose"
    VALUE
    0x8295EE
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLKTDUO
    "Untere Luftmassenschwelle für Kat-Diagnose, oberes Band"
    VALUE
    0x8295F0
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLKTDUT
    "Untere Luftmassenschwelle für Kat-Diagnose, Testerbetrieb"
    VALUE
    0x8295F2
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLLASH
    "Luftmassenschwelle für Schwingungsprüfung hinter KAT"
    VALUE
    0x827FD0
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLMAX
    "Maximaler Luftfluß für die Lastberechnung nach SAE J1979"
    VALUE
    0x829F80
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLNKAPX
    "Luftmassenschwelle für Einschaltbereitschaft LRSHK P-Anteil"
    VALUE
    0x82EA38
    KwUw
    7281.667
    m_uw_b7281
    0.00
    7281.667

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLNKAX
    "Luftmassenschwelle für Einschaltbereitschaft LRSHK I-Anteil"
    VALUE
    0x82EA3A
    KwUw
    7281.667
    m_uw_b7281
    0.00
    7281.667

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO1
    "obere Luftmengenschwelle Bereich 1"
    VALUE
    0x82AEB8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO1M
    "obere Luftmengenschwelle Bereich 1 bei Magerbetrieb"
    VALUE
    0x82AEBA
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO2
    "obere Luftmengenschwelle Bereich 2"
    VALUE
    0x82AEBC
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO2M
    "obere Luftmengenschwelle Bereich 2 im Magerbetrieb"
    VALUE
    0x82AEBE
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO3
    "obere Luftmengenschwelle Bereich 3"
    VALUE
    0x82AEC0
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO3M
    "obere Luftmengenschwelle Bereich 3 im Magerbetrieb"
    VALUE
    0x82AEC2
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOBKLHV
    "Max. Luftmassendurchsatz für Bedingung Kühlleistung hoch"
    CURVE
    0x81A0A5
    KlAUbSstUbWUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0A5  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOBKLNV
    "Max. Luftmassendurchsatz für Bedingung Kühlleistung niedrig"
    CURVE
    0x81A0B0
    KlAUbSstUbWUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0B0  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOFRAT
    "obere Luftmassenschwelle für Aktivierung FRAT-Adaption"
    VALUE
    0x82AEC4
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOSTEST
    "obere Luftmassenschwelle für Testbeginn Schwingungsprüfung hinter KAT"
    VALUE
    0x827FD2
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU1
    "untere Luftmengenschwelle Bereich 1"
    VALUE
    0x82AEC6
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU1M
    "untere Luftmengenschwelle Bereich 1 im Magerbetrieb"
    VALUE
    0x82AEC8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU2
    "untere Luftmengenschwelle Bereich 2"
    VALUE
    0x82AECA
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AECA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU2FA
    "untere Luftmengenschwelle bei Funktionsanforderung B_faan Bereich 2"
    VALUE
    0x82AECC
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AECC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU2M
    "untere Luftmengenschwelle Bereich 2 im Magerbetrieb"
    VALUE
    0x82AECE
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AECE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU3
    "untere Luftmengenschwelle Bereich 3"
    VALUE
    0x82AED0
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AED0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU3M
    "untere Luftmengenschwelle Bereich 3 im Magerbetrieb"
    VALUE
    0x82AED2
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AED2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUBKLHV
    "Min. Luftmassendurchsatz für Bedingung Kühlleistung hoch"
    CURVE
    0x81A0BB
    KlAUbSstUbWUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0BB  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUBKLNV
    "Min. Luftmassendurchsatz für Bedingung Kühlleistung niedrig"
    CURVE
    0x81A0C6
    KlAUbSstUbWUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0C6  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUSBDE
    "Luftmassenschwelle für Freigabe Schwingungsprüfung"
    VALUE
    0x827FD4
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUSSTG
    "Luftmassenschwelle für Dynamikprüfung hinter KAT"
    VALUE
    0x81361A
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81361A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUSTEST
    "untere Luftmassenschwelle für Testbeginn Schwingungsprüfung hinter KAT"
    VALUE
    0x827FD6
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUSVL
    "Luftmassenschwelle für Vollast-Prüfung für Sonde hinter KAT"
    VALUE
    0x827FD8
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNNOMX
    "Maximum eines gefundenen Minimums"
    VALUE
    0x8288F8
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOHKGK
    "Min Masse NOx nach Kat zur Erkennung geringer Katschädigung"
    VALUE
    0x8288FA
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOHKGW
    "Minimum integrierte NOx-Masse hinter Speicherkat für Plausibilisierung"
    VALUE
    0x828AB0
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOHKMX
    "Maximalwert für NOx-Masse hinter Katalysator"
    VALUE
    0x8288FC
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOHKMXLL
    "Maximal zulässige integrierte NOx-Masse hinter Speicherkatalysator Magerbetrieb"
    VALUE
    0x8288FE
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOHKSP
    "Schwelle Masse NOx nach Kat gering"
    VALUE
    0x828900
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828900  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPADSP
    "NOx-Beladung Speicherkat für Sperrung Adaption"
    VALUE
    0x828902
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828902  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPAR
    "Masse NOx im Katalysator ausreichend für Regenerierung"
    VALUE
    0x81FBC6
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPDEIN
    "Schwelle Masse NOx im Speicherkat aus Modell ab der Offset addiert wird"
    VALUE
    0x828C8E
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPDMN
    "Minimalwert für eingespeicherte Masse NOx"
    VALUE
    0x828C90
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPGW
    "Mindestbeladung Hauptkat für Plausibilisierung"
    VALUE
    0x828AB2
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPKMN
    "Minimale Speicherkatbeladung kumulierter Zustand"
    VALUE
    0x828904
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828904  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPMN
    "Minimalwert für eingespeicherte Masse NOx"
    VALUE
    0x828AB4
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPMNG
    "Max zulässige NOx-Katbeladung b Homogenanforderung & geringer NOx-Masse nach Kat"
    VALUE
    0x828906
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828906  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPMNH
    "Max zulässige NOx-Katbeladung b Homogenanforderung & erhöhter NOx-Masse nach Kat"
    VALUE
    0x828908
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828908  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPMSS
    "Schwelle Katbeladung bei Regenerationsausblendung"
    VALUE
    0x82890A
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82890A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPOK
    "Schwelle für NOx-Speicherkatalysatorbeladung"
    VALUE
    0x828390
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828390  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPSATT
    "Schwellwert Speicherkatbeladung"
    VALUE
    0x82890C
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82890C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPSCH
    "Schwelle für mnospms"
    VALUE
    0x828AB6
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPSTG
    "NOx-Beladung Speicherkat für Regeneration bei Sättigung"
    VALUE
    0x82890E
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82890E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPVLL
    "Grenzwert Verhältnis (mnospll_w : mnosp_w)"
    VALUE
    0x828AB8
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOSPZ
    "Grenzkriterium für Kat-Plausibilisierung"
    VALUE
    0x828ABA
    KwUw
    7111.003
    m_q0p1085_mg
    0.00
    7111.003

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ABA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MNOZUL
    "zulässige streckenbezogene Nox-Emission"
    VALUE
    0x829642
    KwUw
    6.553500
    m_uw_b6p5535
    0.00
    6.553500

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829642  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MOD1PER
    "Sollbetriebsart 1 für periodische Umschaltung über Applikationsschnittstelle"
    VALUE
    0x8191C8
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MOD2PER
    "Sollbetriebsart 2 für periodische Umschaltung über Applikationsschnittstelle"
    VALUE
    0x8191C9
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MODDSMAP
    "Wunsch-Betriebsart des DSM nur zur Applikation"
    VALUE
    0x81938E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81938E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MODRLUF_UC
    "zulässige Betriebsmodi für Überwachung auf Basis Luftmasse im Befehlstest"
    VALUE
    0x810CC1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810CC1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MODRLUF_UM
    "zulässige Betriebsmodi für Überwachung auf Basis Luftmasse"
    VALUE
    0x8140DC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MODSTAP
    "Applizierbarer Betriebsartenmodus für Start und Warmlauf"
    VALUE
    0x8191EE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MOLMABGLAM
    "Molmasse des Abgases über Lambda"
    CURVE
    0x828392
    KlAUwSstUwWUw
    99.99847
    m_q0p001525_gdivmol
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828392  0x36  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lavhkm_w
        fak_uw_b16
        13
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MOLMNO
    "Molmasse NOx"
    VALUE
    0x8283C8
    KwUw
    99.99847
    m_q0p001525_gdivmol
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8283C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MOTTYP
    "Motortyp für Ausgabe an Kombi"
    VALUE
    0x8100F8
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPAAAA
    ""
    VALUE
    0x818F68
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F68  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPADDSV
    "zulässige Betriebsarten für Drucksteuerventil"
    VALUE
    0x818F69
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F69  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPAFRA
    ""
    VALUE
    0x818F6A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F6A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPAFRAT
    ""
    VALUE
    0x818F6B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F6B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPAORA
    ""
    VALUE
    0x818F6C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F6C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPATEH
    "zulässige Betriebsarten für Tankentlüftung, hohe Beladung"
    VALUE
    0x818F6D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F6D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPATEL
    "zulässige Betriebsarten für Tankentlüftung, niedrige Beladung"
    VALUE
    0x818F6E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPATEM
    "zulässige Betriebsarten für Tankentlüftung, mittlere Beladung"
    VALUE
    0x818F6F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPATEN
    "zulässige Betriebsarten für Notlauf-Tankentlüftung"
    VALUE
    0x818F70
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F70  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPATEVH
    "zulässige Betriebsarten für Diagnose TEV homogen"
    VALUE
    0x818F71
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F71  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPATEVM
    "zulässige Betriebsarten für Diagnose TEV mager"
    VALUE
    0x818F72
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F72  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBAAA
    ""
    VALUE
    0x818F73
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBAGRA
    "zulässige Betriebsarten für AGR Adaption"
    VALUE
    0x818F74
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBDLSU
    ""
    VALUE
    0x818F75
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBFRST
    ""
    VALUE
    0x818F76
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBFUPS
    ""
    VALUE
    0x818F77
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBHMM
    "zul. Betriebsarten für BDE-Mode Homogen-Mager"
    VALUE
    0x818F78
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBHOM
    "zul. Betriebsarten für BDE-Mode Homogen"
    VALUE
    0x818F79
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBHOS
    "zul. Betriebsarten für BDE-Mode Homogen-Schicht"
    VALUE
    0x818F7A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBKTSP
    "zulässige Betriebsarten für Kat.-Sprungdiagnose"
    VALUE
    0x818F7B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBLAHH
    "zulässige Betriebsarten für LambdaShift HOM-SchwingPrüf LS HK"
    VALUE
    0x818F7C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBLAHH2
    "zulässige Betriebsarten für LambdaShift HOM-SchwingPrüf LS HK Bank2"
    VALUE
    0x818F7D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBLASH
    ""
    VALUE
    0x818F7E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBLLRH
    "zulässige Betriebsarten für Drehzahlabweichung HOM"
    VALUE
    0x818F7F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBLLRM
    "zulässige Betriebsarten für Drehzahlabweichung SCH"
    VALUE
    0x818F80
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBLSU
    ""
    VALUE
    0x818F81
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBPBRI
    ""
    VALUE
    0x818F82
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBPLSU
    ""
    VALUE
    0x818F83
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBSCH
    "zul. Betriebsarten für BDE-Mode Schicht"
    VALUE
    0x818F84
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBSKH
    "zul. Betriebsarten für BDE-Mode Schicht-Kat-Heizen"
    VALUE
    0x818F85
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBTEST
    "zulässige Betriebsarten für Tankentlüftungsstop"
    VALUE
    0x818F86
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBTEVP
    ""
    VALUE
    0x818F87
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPBTKP
    "Betriebs-Mode, in denen das passive Verfahren laufen kann"
    VALUE
    0x818F88
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MPCAAA
    ""
    VALUE
    0x818F89
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRESKH
    "Momentenreserve bei Kat.heizen"
    VALUE
    0x8152D8
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRESLL
    "LLR: Erhöhte Momentenreserve im LL nach Drehzahleinbruch"
    VALUE
    0x810854
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810854  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRESSL
    "Momentenreserve bei Servolenkung"
    VALUE
    0x8152DA
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFADWDKUG
    "Momentenschwelle, ab dieser Überweg der DK freigegeben ist"
    VALUE
    0x813B3C
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFALLO
    "Obere Leerlaufschwelle des relativen Fahrerwunschmoments"
    VALUE
    0x815B96
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815B96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFALLU
    "Untere Leerlaufschwelle des relativen Fahrerwunschmoments"
    VALUE
    0x815B98
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815B98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFAMXKAHY
    "Hysterese für Sperren Klimakompressor über mrfa-Schwelle"
    VALUE
    0x82F20E
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F20E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFAVLN
    "Vollasterkennungsschwelle des relativen Fahrerwunsches"
    CURVE
    0x82DCEE
    KlAUwSstUwWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DCEE  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFGRIMX
    "Maximaler FGR-Initialisierungswert"
    CURVE
    0x819552
    KlAUbSstUbWUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819552  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFGRLL
    "Schwelle relatives Moment vom Fahrgeschwindigkeitsregler für Erkennung Leerlauf"
    VALUE
    0x8298B4
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFGRMAX
    "Maximalwert für relatives Moment aus FGR"
    VALUE
    0x8298B6
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFGRSTA
    "Startwert für Relatives Moment bei Aktivierung FGR-Regler"
    VALUE
    0x8298B8
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSABF
    "Schwellwert Abgasmassenstrom fallend"
    VALUE
    0x8289EE
    KwSw
    1820.417
    m_q2p777Em2
    -910.2222
    910.1944

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSABHMX
    "Maximal zulässige Differenz Abgasmassenstrom msabz_w"
    VALUE
    0x8135F2
    KwUw
    1820.417
    m_q0p0277
    0.00
    1820.417

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSABS
    "Schwellwert Abgasmassenstrom steigend"
    VALUE
    0x8289F0
    KwSw
    1820.417
    m_q2p777Em2
    -910.2222
    910.1944

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSAGRDSMX
    "Maximum AGR-Massenstrom aus Druckberechnung"
    VALUE
    0x81B514
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B514  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSAGRMX
    "Massenstrom AGR maximal"
    VALUE
    0x81B40E
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B40E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSAGRUGDAP
    "Massenstrom AGR ungedrosselt fuer Applikation"
    VALUE
    0x81B410
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B410  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDAAA
    "Dummy fid: Master/Slave und Deadlock Beziehungen eines dfp"
    VAL_BLK
    0x81C410
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C410  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDAATUN
    ""
    VAL_BLK
    0x81C440
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C440  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDAGRE
    "Master/Slave- Deadlock-Bez.: AGR-Ventil Endstufe"
    VAL_BLK
    0x81C470
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C470  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDAGRL
    ""
    VAL_BLK
    0x81C4A0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C4A0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDAGRS
    ""
    VAL_BLK
    0x81C4D0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C4D0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDAGRV
    ""
    VAL_BLK
    0x81C500
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C500  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDATNV
    ""
    VAL_BLK
    0x81C530
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C530  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDBKS
    ""
    VAL_BLK
    0x81C560
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C560  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDBKSE
    ""
    VAL_BLK
    0x81C590
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C590  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDBM
    "Master/Slave-Deadlock-Bez.: Bezugsmarkengeber"
    VAL_BLK
    0x81C5C0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C5C0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDBREMS
    "Master/Slave-Deadlock Bez.: Pedalwertgeber Bremse"
    VAL_BLK
    0x81C5F0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C5F0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDBWF
    ""
    VAL_BLK
    0x81C620
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C620  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCAIR
    ""
    VAL_BLK
    0x81C650
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C650  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCAIRP
    ""
    VAL_BLK
    0x81C680
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C680  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCAS
    ""
    VAL_BLK
    0x81C6B0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C6B0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCAT
    ""
    VAL_BLK
    0x81C6E0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C6E0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCBSG
    ""
    VAL_BLK
    0x81C710
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C710  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCGE
    ""
    VAL_BLK
    0x81C740
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C740  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCGRA
    ""
    VAL_BLK
    0x81C770
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C770  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCIF
    "Master/Slave- Deadlock-Bez.:CAN-Schnittstelle, interner Fehler"
    VAL_BLK
    0x81C7A0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C7A0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCINS
    ""
    VAL_BLK
    0x81C7D0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C7D0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDCKLA
    ""
    VAL_BLK
    0x81C800
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C800  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDK
    "Master/Slave-Deadlock-Bez.: DK - Potentiometer"
    VAL_BLK
    0x81C830
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C830  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDK1P
    ""
    VAL_BLK
    0x81C860
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C860  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDK2P
    ""
    VAL_BLK
    0x81C890
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C890  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDPL
    "Master/Slave-Deadlock Bez.: Dauerplus"
    VAL_BLK
    0x81C8C0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C8C0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDPUPSR
    ""
    VAL_BLK
    0x81C8F0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C8F0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDSBKV
    ""
    VAL_BLK
    0x81C920
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C920  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDSKV
    ""
    VAL_BLK
    0x81C950
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C950  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDSS
    "Master/Slave-Deadlock Bez.: Saugrohrdrucksensor"
    VAL_BLK
    0x81C980
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C980  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDSU
    "Master/Slave-Deadlock Bez.: Umgebungsdrucksensor"
    VAL_BLK
    0x81C9B0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C9B0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDSV
    ""
    VAL_BLK
    0x81C9E0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81C9E0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEE
    ""
    VAL_BLK
    0x81CA10
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CA10  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEF
    ""
    VAL_BLK
    0x81CA40
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CA40  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEFO
    ""
    VAL_BLK
    0x81CA70
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CA70  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEL
    ""
    VAL_BLK
    0x81CAA0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CAA0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEN
    ""
    VAL_BLK
    0x81CAD0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CAD0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVER
    ""
    VAL_BLK
    0x81CB00
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CB00  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVET
    ""
    VAL_BLK
    0x81CB30
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CB30  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEU
    ""
    VAL_BLK
    0x81CB60
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CB60  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEUB
    ""
    VAL_BLK
    0x81CB90
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CB90  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEUW
    ""
    VAL_BLK
    0x81CBC0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CBC0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDVEV
    ""
    VAL_BLK
    0x81CBF0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CBF0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDDYLSU
    ""
    VAL_BLK
    0x81CC20
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CC20  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDFP1P
    ""
    VAL_BLK
    0x81CC50
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CC50  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDFP2P
    ""
    VAL_BLK
    0x81CC80
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CC80  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDFPP
    "Master/Slave-Deadlock-Bez.:FPP"
    VAL_BLK
    0x81CCB0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CCB0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDFRA
    "Master/Slave-Deadlock Bez.: LR-Adaption unterer Bereich Bank 2"
    VAL_BLK
    0x81CCE0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CCE0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDFRST
    "Master/Slave- Deadlock-Bez.:LR-Abweichung"
    VAL_BLK
    0x81CD10
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CD10  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDGECOD
    ""
    VAL_BLK
    0x81CD40
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CD40  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDGRBH
    ""
    VAL_BLK
    0x81CD70
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CD70  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVH1
    ""
    VAL_BLK
    0x81CDA0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CDA0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVH2
    ""
    VAL_BLK
    0x81CDD0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CDD0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVH3
    ""
    VAL_BLK
    0x81CE00
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CE00  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVH4
    ""
    VAL_BLK
    0x81CE30
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CE30  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVK
    ""
    VAL_BLK
    0x81CE60
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CE60  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVL1
    ""
    VAL_BLK
    0x81CE90
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CE90  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVL2
    ""
    VAL_BLK
    0x81CEC0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CEC0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVL3
    ""
    VAL_BLK
    0x81CEF0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CEF0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDEVL4
    ""
    VAL_BLK
    0x81CF20
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CF20  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHDR
    ""
    VAL_BLK
    0x81CF50
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CF50  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHELSU
    ""
    VAL_BLK
    0x81CF80
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CF80  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHLA
    ""
    VAL_BLK
    0x81CFB0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CFB0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHNOHK
    ""
    VAL_BLK
    0x81CFE0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81CFE0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHNOHKE
    ""
    VAL_BLK
    0x81D010
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D010  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHRE
    ""
    VAL_BLK
    0x81D040
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D040  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHSH
    "Master/Slave- Deadlock-Bez.: Heizung Lambdasonde hinter Kat"
    VAL_BLK
    0x81D070
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D070  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHSV
    "Master/Slave- Deadlock-Bez.: Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x81D0A0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D0A0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHSVE
    ""
    VAL_BLK
    0x81D0D0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D0D0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDHSVSA
    ""
    VAL_BLK
    0x81D100
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D100  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDICLSU
    ""
    VAL_BLK
    0x81D130
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D130  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKAT
    "Master/Slave- Deadlock-Bez.: Katalysator"
    VAL_BLK
    0x81D160
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D160  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKLMMN
    "minimaler Massenstrom über Drosselklappe in TE"
    VALUE
    0x82ED3C
    KwUw
    15.00000
    m_uw_b6553p5
    0.00
    15.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKMSNDKO
    "Drosselklappenmassenstrom, unterhalb dem Adaption von msndko freigegeben ist"
    VALUE
    0x829F96
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKRA01
    ""
    VAL_BLK
    0x81D190
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D190  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKRA02
    ""
    VAL_BLK
    0x81D1C0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D1C0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKRA03
    ""
    VAL_BLK
    0x81D1F0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D1F0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKRA04
    ""
    VAL_BLK
    0x81D220
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D220  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKRNT
    "Master/Slave- Deadlock-Bez.: Klopfregelung Nulltest"
    VAL_BLK
    0x81D250
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D250  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKROF
    "Master/Slave- Deadlock-Bez.: Klopfreglung Offset"
    VAL_BLK
    0x81D280
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D280  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKRTP
    "Master/Slave- Deadlock-Bez.: Klopfregelung Testimpuls"
    VAL_BLK
    0x81D2B0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D2B0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKS1
    "Master/Slave- Deadlock-Bez.: Klopfsensor 1"
    VAL_BLK
    0x81D2E0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D2E0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKUPPL
    "Master/Slave-Deadlock Bez.: Pedalwertgeber Kupplung"
    VAL_BLK
    0x81D310
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D310  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLASH
    "Master/Slave- Deadlock-Bez.:	Lambda-Sondenalterung hinter Kat."
    VAL_BLK
    0x81D340
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D340  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLBK
    ""
    VAL_BLK
    0x81D370
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D370  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLBKE
    ""
    VAL_BLK
    0x81D3A0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D3A0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLBKO
    ""
    VAL_BLK
    0x81D3D0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D3D0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLBKP
    ""
    VAL_BLK
    0x81D400
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D400  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLGHMM
    ""
    VAL_BLK
    0x81D430
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D430  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLLRH
    ""
    VAL_BLK
    0x81D460
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D460  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLLRM
    ""
    VAL_BLK
    0x81D490
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D490  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLM
    "Master/Slave- Deadlock-Bez.: Hauptfüllungssignal"
    VAL_BLK
    0x81D4C0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D4C0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLSH
    "Master/Slave- Deadlock-Bez.: Lambdasonde hinter Kat"
    VAL_BLK
    0x81D4F0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D4F0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLSUIA
    ""
    VAL_BLK
    0x81D520
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D520  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLSUIP
    ""
    VAL_BLK
    0x81D550
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D550  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLSUKS
    ""
    VAL_BLK
    0x81D580
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D580  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLSUUN
    ""
    VAL_BLK
    0x81D5B0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D5B0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLSUVM
    ""
    VAL_BLK
    0x81D5E0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D5E0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLSV
    "Master/Slave- Deadlock-Bez.: Lambdasonde vor Kat"
    VAL_BLK
    0x81D610
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D610  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLUES1E
    ""
    VAL_BLK
    0x81D640
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D640  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLUES2E
    ""
    VAL_BLK
    0x81D670
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D670  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDLZSR
    ""
    VAL_BLK
    0x81D6A0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D6A0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDMD
    ""
    VAL_BLK
    0x81D6D0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D6D0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDMD00
    ""
    VAL_BLK
    0x81D700
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D700  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDMD01
    ""
    VAL_BLK
    0x81D730
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D730  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDMD02
    ""
    VAL_BLK
    0x81D760
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D760  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDMD03
    ""
    VAL_BLK
    0x81D790
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D790  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDMDB
    ""
    VAL_BLK
    0x81D7C0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D7C0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDMDSCH
    "Master/Slave-Deadlock Bez.: Aussetzer in Schichtbetrieb"
    VAL_BLK
    0x81D7F0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D7F0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDMSVE
    ""
    VAL_BLK
    0x81D820
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D820  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDN
    "Master/Slave-Deadlock Bez.: Drehzahlgeber"
    VAL_BLK
    0x81D850
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D850  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDNOHK
    ""
    VAL_BLK
    0x81D880
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D880  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDNOHKP
    ""
    VAL_BLK
    0x81D8B0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D8B0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDNWKW
    ""
    VAL_BLK
    0x81D8E0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D8E0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDNX
    ""
    VAL_BLK
    0x81D910
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D910  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDORA
    ""
    VAL_BLK
    0x81D940
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D940  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDPH
    "Master/Slave- Deadlock-Bez.: Phasengeber"
    VAL_BLK
    0x81D970
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D970  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDPLLSU
    ""
    VAL_BLK
    0x81D9A0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D9A0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDSALSU
    ""
    VAL_BLK
    0x81D9D0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81D9D0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDSCR
    ""
    VAL_BLK
    0x81DA00
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DA00  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDSGEEP
    ""
    VAL_BLK
    0x81DA30
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DA30  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDSGEEW
    ""
    VAL_BLK
    0x81DA60
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DA60  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDSKNO
    ""
    VAL_BLK
    0x81DA90
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DA90  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTA
    "Master/Slave-Deadlock Bez.: Ansauglufttemperatur TANS (/Ladeluft-)"
    VAL_BLK
    0x81DAC0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DAC0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTAHFM
    ""
    VAL_BLK
    0x81DAF0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DAF0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTANKL
    "Master/Slave-Deadlock Bez.: tankl (Tank leer)"
    VAL_BLK
    0x81DB20
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DB20  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTES
    "Master/Slave- Deadlock-Bez.: Tankdiagnose, TEV offen"
    VAL_BLK
    0x81DB50
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DB50  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTEVE
    "Master/Slave- Deadlock-Bez.: Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x81DB80
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DB80  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTKA
    ""
    VAL_BLK
    0x81DBB0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DBB0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTM
    "Master/Slave- Deadlock-Bez.: Motortemperatur TMOT"
    VAL_BLK
    0x81DBE0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DBE0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTMKI
    "Master/Slave-Deadlock Bez.: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x81DC10
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DC10  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDTUM
    "Master/Slave-Deadlock Bez.: Umgebungstemperatur TUM"
    VAL_BLK
    0x81DC40
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DC40  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUB
    "Master/Slave- Deadlock-Bez.:	UB"
    VAL_BLK
    0x81DC70
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DC70  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUBR
    ""
    VAL_BLK
    0x81DCA0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DCA0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFMV
    "Master/Slave-Deadlock Bez.: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x81DCD0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DCD0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFNC
    ""
    VAL_BLK
    0x81DD00
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DD00  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFPR
    ""
    VAL_BLK
    0x81DD30
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DD30  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFRKC
    ""
    VAL_BLK
    0x81DD60
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DD60  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFRLIP
    ""
    VAL_BLK
    0x81DD90
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DD90  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFSGA
    ""
    VAL_BLK
    0x81DDC0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DDC0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFSGB
    ""
    VAL_BLK
    0x81DDF0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DDF0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFSKA
    "Master/Slave- Deadlock Bez.: Fktüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x81DE20
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DE20  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDUFSPSC
    ""
    VAL_BLK
    0x81DE50
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DE50  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDULSU
    ""
    VAL_BLK
    0x81DE80
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DE80  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDURRAM
    ""
    VAL_BLK
    0x81DEB0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DEB0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDURROM
    ""
    VAL_BLK
    0x81DEE0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DEE0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDURRST
    ""
    VAL_BLK
    0x81DF10
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DF10  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDVFZ
    "Master/Slave- Deadlock-Bez.:	Fahrzeug-Geschwindigkeit"
    VAL_BLK
    0x81DF40
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DF40  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDVTK
    "Master/Slave-Deadlock Bez.: Thermische Katalysatordiagnose"
    VAL_BLK
    0x81DF70
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DF70  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDWFS
    "Master/Slave- Deadlock Bez.: Wegfahrsperre"
    VAL_BLK
    0x81DFA0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DFA0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDWFSRC
    "Master/Slave- Deadlock Bez.: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x81DFD0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81DFD0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZET1
    ""
    VAL_BLK
    0x81E000
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E000  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZET2
    ""
    VAL_BLK
    0x81E030
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E030  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZET3
    ""
    VAL_BLK
    0x81E060
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E060  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZET4
    ""
    VAL_BLK
    0x81E090
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E090  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZGST00
    ""
    VAL_BLK
    0x81E0C0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E0C0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZGST01
    ""
    VAL_BLK
    0x81E0F0
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E0F0  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZGST02
    ""
    VAL_BLK
    0x81E120
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E120  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZGST03
    ""
    VAL_BLK
    0x81E150
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E150  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDZZZ
    "Dummy fid: Master/Slave und Deadlock Beziehungen eines dfp"
    VAL_BLK
    0x81E180
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x81E180  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSFKAGRMN
    "Minimaler Massendtrom f|r Berechnung Korrekturfaktor AGR"
    VALUE
    0x81B4DC
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSFKAGRMX
    "Maximaler Massenstrom f|r Berechnung Korrekturfaktor AGR"
    VALUE
    0x81B4DE
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSGRDAGRS
    "max. Verminderung der Massenstromgrenzen langsame AGR-Adaption"
    VALUE
    0x81B4E0
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSKBAGRKT
    "Min. Massenstrom AGR für Freigabe Blendenkorrektur Kurztest"
    VALUE
    0x81B4E2
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSKBAGRMN
    "Min. Massenstrom AGR für Freigabe Blendenkorrektur"
    VALUE
    0x81B4E4
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSKBAGRMX
    "Max. Massenstrom AGR für Freigabe Blendenkorrektur"
    VALUE
    0x81B4E6
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSKRSGS
    "Schwelle Moment für Synchronisation Drehzahl bei Gangwechsel"
    VALUE
    0x814FD2
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLG
    "Massenstrom Leckluft gesamt"
    VALUE
    0x829F98
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLUTS1
    "Konstante 1. Tiefpass digital zur Bildung Laufgrenze-Istwert"
    VALUE
    0x814D8C
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLUTS2
    "Konstante 2. Tiefpass digital zur Bildung Laufgrenze-Istwert"
    VALUE
    0x814D8E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNAGRHMN
    "AGR-Massenstrom normiert minimal im Homogenbetrieb"
    VALUE
    0x81B37C
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B37C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNAGRHMX
    "AGR-Massenstrom normiert maximal im Homogenbetrieb"
    VALUE
    0x81B37E
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B37E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNAGRLE
    "Leck-Normmassenstrom AGR"
    VALUE
    0x82A270
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A270  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNAGRMMN
    "AGR-Massenstrom normiert minimal im Homogen-Magerbetrieb"
    VALUE
    0x81B380
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B380  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNAGRMMX
    "AGR-Massenstrom normiert maximall im Homogen-Magerbetrieb"
    VALUE
    0x81B382
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B382  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNAGRSMN
    "AGR-Massenstrom normiert minimal im Schichtbetrieb"
    VALUE
    0x81B384
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B384  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNAGRSMX
    "AGR-Massenstrom normiert maximal im Schichtbetrieb"
    VALUE
    0x81B386
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B386  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNOVKMNP
    "min. NOx-Massenstrom vor Hauptkat für Plausibiliierung"
    VALUE
    0x828ABC
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ABC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNOVKMXP
    "max. NOx-Massenstrom vor Hauptkat für Plausibiliierung"
    VALUE
    0x828ABE
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ABE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNPCV
    "Massenstrom über PCV Ventil"
    CURVE
    0x819FFF
    KlAUbSstUbWUb
    25.50
    m_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FFF  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dpspu
        p_ub_q10
        14
        0.00
        2550.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNTAG
    "AGR-Massenstrom normiert"
    CURVE
    0x82A272
    KlAUwSstUwWUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A272  0x3E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        agrvpbg_w
        rel_uw_b100
        15
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNTATE
    "Kennlinie normierter Massenstrom durch TEV"
    CURVE
    0x82EE92
    KlAUwSstUwWUw
    25.59961
    m_uw_b25p6
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE92  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tateist_w
        rel_uw_b100
        10
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNTEVO
    "normierter, überkritischer Massenstrom durch das 100% offene TEV (8 Bit)"
    VALUE
    0x82EEBC
    KwUw
    25.59961
    m_uw_b25p6
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EEBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSOFAGRKT
    "MaximalerMassenstrom f|r Berechnung Korrekturoffset AGR Kurztest"
    VALUE
    0x81B4E8
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSOFAGRMN
    "Minimaler Massenstrom f|r Berechnung Korrekturoffset AGR"
    VALUE
    0x81B4EA
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSOFAGRMX
    "MaximalerMassenstrom f|r Berechnung Korrekturoffset AGR"
    VALUE
    0x81B4EC
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_BMSR_DAT_UC
    ""
    VAL_BLK
    0x810DFA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810DFA  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_BZMSRA_DAT_UC
    ""
    VAL_BLK
    0x810E0A
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810E0A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_BZMSR_DAT_UC
    ""
    VAL_BLK
    0x810E1A
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810E1A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_C_DAT_UC
    ""
    VAL_BLK
    0x810E2A
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810E2A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_MDASRL_DAT_UC
    ""
    VAL_BLK
    0x810E3A
    KwbUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810E3A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_MDASRS_DAT_UC
    ""
    VAL_BLK
    0x810E4A
    KwbUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810E4A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_MDMSR_DAT_UC
    ""
    VAL_BLK
    0x810E5A
    KwbUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810E5A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_SBIT_DAT_UC
    ""
    VAL_BLK
    0x810E6A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810E6A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_T_UC
    "Fehlerzeit für MSR-Eingriff-Überwachung des Befehlstests"
    VALUE
    0x810E7A
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_T_UM
    "Fehlerzeit für MSR-Eingriff-Überwachung der Funktionsüberwachung"
    VALUE
    0x8140E5
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRMDTMX
    "Größte zulässige Momenten-Zeit-Fläche bei der MSR-Topfplausibilisierung"
    VALUE
    0x81378E
    KwSw
    5111.922
    mdt_sw_b2556
    -2556.000
    2555.922

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81378E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSTELMN
    "Minimalwert TEV-Massenstrom für Berechnung HC-Konzentration in Leitung TEV-Saug."
    VALUE
    0x82ED3E
    KwUw
    25.59922
    m_uw_b25p6
    0.0003906250
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSULO
    "Aktuelle eingespeicherte Masse Schwefel gering"
    VALUE
    0x829448
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829448  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSUMN
    "Minimalwert für aktuelle eingespeicherte Masse Schwefel"
    VALUE
    0x82944A
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82944A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSUMX
    "Maximalwert für aktuelle eingespeicherte Masse Schwefel"
    VALUE
    0x82944C
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82944C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSUSPAP
    "Applikationswert für aktuelle eingespeicherte Masse Schwefel"
    VALUE
    0x82944E
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82944E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSUSPIBG
    "Initialisierungswert Masse Schwefel bei bedarfsgerechter Anforderung Entschw."
    VALUE
    0x829450
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829450  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSUSPINI
    "Initialisierungswert für Schwefelspeicherinhalt nach Testereingriff"
    VALUE
    0x829452
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829452  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSUSPMX
    "Maximalwert für eingespeicherte Masse Schwefel"
    VALUE
    0x829454
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829454  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSUTREG
    "Schwellwert für Masse Schwefel bei Teilregeneration"
    VALUE
    0x829456
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829456  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSVIBOOST
    "HDEV-Endstufe Boosterstrom (Unterkante) bei MSV Fehler"
    VALUE
    0x819526
    KwUb
    7.000
    dez
    0.00
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819526  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSVTVORM
    "HDEV-Endstufe Vormagnetisierungszeit bei MSV Fehler"
    VALUE
    0x819527
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819527  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_C_DAT_UC
    ""
    VAL_BLK
    0x811331
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811331  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_MI_DAT_UC
    ""
    VAL_BLK
    0x811341
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811341  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_MZF_DAT_UC
    ""
    VAL_BLK
    0x811351
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811351  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_MZO_DAT_UC
    ""
    VAL_BLK
    0x811361
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811361  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_RFLAGS_DAT_UC
    ""
    VAL_BLK
    0x811371
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811371  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_T_UC
    "Fehlerzeit beim Momentenvergleich im Befehlstest"
    VALUE
    0x811381
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811381  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_T_UM
    "Fehlerzeit beim Momentenvergleich in der Funktionsüberwachung"
    VALUE
    0x8141BF
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB
    "Meßwert lesen normiert Testerkommunikation"
    VAL_BLK
    0x82CCC6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82CCC6  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB0
    "Meßwert lesen normiert Testerkommunikation Block 0"
    VAL_BLK
    0x82CCDA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 36
    /begin IF_DATA ETK  DP_BLOB 0x82CCDA  0x48  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB1
    "Meßwert lesen normiert Testerkommunikation Block 1"
    VAL_BLK
    0x82CD22
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CD22  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB10
    "Meßwert lesen normiert Testerkommunikation Block 10"
    VAL_BLK
    0x82CD72
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CD72  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB11
    "Meßwert lesen normiert Testerkommunikation Block 11"
    VAL_BLK
    0x82CDC2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CDC2  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB12
    "Meßwert lesen normiert Testerkommunikation Block 12"
    VAL_BLK
    0x82CE12
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CE12  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB13
    "Meßwert lesen normiert Testerkommunikation Block 13"
    VAL_BLK
    0x82CE62
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CE62  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB14
    "Meßwert lesen normiert Testerkommunikation Block 14"
    VAL_BLK
    0x82CEB2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CEB2  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB15
    "Meßwert lesen normiert Testerkommunikation Block 15"
    VAL_BLK
    0x82CF02
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CF02  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB16
    "Meßwert lesen normiert Testerkommunikation Block 16"
    VAL_BLK
    0x82CF52
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CF52  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB17
    "Meßwert lesen normiert Testerkommunikation Block 17"
    VAL_BLK
    0x82CFA2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CFA2  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB18
    "Meßwert lesen normiert Testerkommunikation Block 18"
    VAL_BLK
    0x82CFF2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82CFF2  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB190
    "Meßwert lesen normiert Testerkommunikation Block 190"
    VAL_BLK
    0x82D042
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D042  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB191
    "Meßwert lesen normiert Testerkommunikation Block 191"
    VAL_BLK
    0x82D056
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D056  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB192
    "Meßwert lesen normiert Testerkommunikation Block 192"
    VAL_BLK
    0x82D06A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D06A  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB193
    "Meßwert lesen normiert Testerkommunikation Block 193"
    VAL_BLK
    0x82D07E
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D07E  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB194
    "Meßwert lesen normiert Testerkommunikation Block 194"
    VAL_BLK
    0x82D092
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D092  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB195
    "Meßwert lesen normiert Testerkommunikation Block 195"
    VAL_BLK
    0x82D0A6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D0A6  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB196
    "Meßwert lesen normiert Testerkommunikation Block 196"
    VAL_BLK
    0x82D0BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D0BA  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB197
    "Meßwert lesen normiert Testerkommunikation Block 197"
    VAL_BLK
    0x82D0CE
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D0CE  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB198
    "Meßwert lesen normiert Testerkommunikation Block 198"
    VAL_BLK
    0x82D0E2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D0E2  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB199
    "Meßwert lesen normiert Testerkommunikation Block 199"
    VAL_BLK
    0x82D0F6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x82D0F6  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB2
    "Meßwert lesen normiert Testerkommunikation Block 2"
    VAL_BLK
    0x82D10A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D10A  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB20
    "Meßwert lesen normiert Testerkommunikation Block 20"
    VAL_BLK
    0x82D15A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D15A  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB21
    "Meßwert lesen normiert Testerkommunikation Block 21"
    VAL_BLK
    0x82D1AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D1AA  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB22
    "Meßwert lesen normiert Testerkommunikation Block 22"
    VAL_BLK
    0x82D1FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D1FA  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB23
    "Meßwert lesen normiert Testerkommunikation Block 23"
    VAL_BLK
    0x82D24A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D24A  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB24
    "Meßwert lesen normiert Testerkommunikation Block 24"
    VAL_BLK
    0x82D29A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D29A  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB25
    "Meßwert lesen normiert Testerkommunikation Block 25"
    VAL_BLK
    0x82D2EA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x82D2EA  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB3
    "Meßwert lesen normiert Testerkommunikation Block 3"
    VAL_BLK
    0x82D31A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D31A  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB4
    "Meßwert lesen normiert Testerkommunikation Block 4"
    VAL_BLK
    0x82D36A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D36A  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB5
    "Meßwert lesen normiert Testerkommunikation Block 5"
    VAL_BLK
    0x82D3BA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D3BA  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB6
    "Meßwert lesen normiert Testerkommunikation Block 6"
    VAL_BLK
    0x82D40A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D40A  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB7
    "Meßwert lesen normiert Testerkommunikation Block 7"
    VAL_BLK
    0x82D45A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D45A  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB8
    "Meßwert lesen normiert Testerkommunikation Block 8"
    VAL_BLK
    0x82D4AA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D4AA  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB9
    "Meßwert lesen normiert Testerkommunikation Block 9"
    VAL_BLK
    0x82D4FA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82D4FA  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXCADES
    "Anzahl Diagnoseergebnisse zum Umschalten auf dauerhaften Homogenbetrieb"
    VALUE
    0x819403
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819403  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXDAVNOHKK
    "Max Delta Offset NOx-Sensor aus Schubabschaltung"
    VALUE
    0x828AC0
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXFSPAIO
    "Max-Schwelle für Zähler der i.O. fspa-Werte"
    VALUE
    0x819404
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819404  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXIDESUE
    "Schwelle + Maximaler Integratorwert fuer normierten Waermestrom"
    VALUE
    0x828BB0
    KwUw
    4095.938
    fak_uw_q0p0625
    0.00
    4095.938

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828BB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXNLFEHL
    "Maximale Anzahl von Fehlern der Synchronisationsüberwachung bei hoher Dynamik"
    VALUE
    0x8101E9
    KwUb
    8.000
    dez
    0.00
    8.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXNLN
    "Mindestanzahl von Zahnsignalen zur Heilung des NLDG"
    VALUE
    0x81939E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81939E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXWKRMAAGR
    "maximale zulässig mittlere Spätverstellung der KR mit aktiver AGR"
    VALUE
    0x81911D
    KwUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81911D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFFIL
    "Filter-Zeitkonstante für verzögertes Moment in der Momentenbegrenzung"
    VALUE
    0x816362
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816362  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFFIL_UC
    "Filter-Zeitkonstante für verzögertes Moment im Befehlstest"
    VALUE
    0x81126F
    KwUb
    10159.4
    zk40ms_ub_b10200
    40.6299
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81126F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFFIL_UM
    "Filter-Zeitkonstante für verzögertes Moment in der Funktionsüberwachung"
    VALUE
    0x8141BD
    KwUb
    10159.4
    zk40ms_ub_b10200
    40.6299
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFTV
    "Verzugszeit für zulässiges Moment in der Momentenbegrenzung"
    VALUE
    0x816364
    KwUw
    327.67000000
    tz10msxs_uw_b327p68
    0.010000000000
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816364  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFTV_UC
    "Verzugszeit für zulässiges Moment mz_um im Befehlstest"
    VALUE
    0x811270
    KwUb
    280.000
    t40ms_ub_b10200
    40.0000
    320.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811270  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFTV_UM
    "Verzugszeit für zulässiges Moment mz_um in der Funktionsüberwachg"
    VALUE
    0x8141BE
    KwUb
    280.000
    t40ms_ub_b10200
    40.0000
    320.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_LOW_DAT_UC
    ""
    VAL_BLK
    0x811271
    KwbUb
    0.3891
    rel_ub_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811271  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_MZF_DAT_UC
    ""
    VAL_BLK
    0x811281
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811281  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_MZ_DAT_UC
    ""
    VAL_BLK
    0x811291
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811291  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_PTR_DAT_UC
    ""
    VAL_BLK
    0x8112A1
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8112A1  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_REG_DAT_UC
    ""
    MAP
    0x8112B1
    KfWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8112B1  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        mzf_x_uc
        dez
        16
        0.00
        15.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  16

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        mzf_y_uc
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZRL_UC
    "Maximaler Umrechungungsfaktor von Luftmasse auf Moment im Befehlstest"
    VALUE
    0x810CC2
    KwUb
    1.042
    fak_ub_b1p046
    0.00
    1.042

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810CC2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZRL_UM
    "Maximaler Umrechungungsfaktor von Luftmasse auf Moment in der Funktionsüberwachu"
    VALUE
    0x8140DD
    KwUb
    1.042
    fak_ub_b1p046
    0.00
    1.042

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_MFGR_DAT_UC
    ""
    VAL_BLK
    0x8111B2
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8111B2  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_MMSR_DAT_UC
    ""
    VAL_BLK
    0x8111C2
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8111C2  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_MRLINI_DAT_UC
    ""
    VAL_BLK
    0x8111D2
    KwbUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8111D2  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_MSGS_DAT_UC
    ""
    VAL_BLK
    0x8111E2
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8111E2  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_NFLAGS_DAT_UC
    ""
    VAL_BLK
    0x8111F2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8111F2  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_NMOT_DAT_UC
    ""
    VAL_BLK
    0x811202
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811202  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    MZUL_NMV08_UC
    ""
    0x811212
    nmot_uc
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811212  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    MZUL_SFLAGS_DAT_UC
    ""
    VAL_BLK
    0x81121B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81121B  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    MZUL_SPSNV08_UC
    ""
    0x81122B
    spsn_uc
    SstAUbSstUb
    4.9805
    spg_ub_q0p019
    8
    0.00
    4.9805

    
    FORMAT "%6.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81122B  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    MZUL_SPSN_DAT_UC
    ""
    VAL_BLK
    0x811234
    KwbUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811234  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_TMOT_DAT_UC
    ""
    VAL_BLK
    0x811244
    KwbUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811244  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_VKPEDCH_DAT_UC
    ""
    VAL_BLK
    0x811254
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811254  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    N0
    "Umrechnungskonstante für Einrechnung Gemischkorrektur rkat"
    VALUE
    0x8196C7
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NACHZUEND
    "Zündungen im Nachlauf"
    VALUE
    0x81AEFC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NAGRAMN
    "minimale Drehzahl für AGR Adaption"
    VALUE
    0x81B4EE
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NAGRAMX
    "maximale Drehzahl für AGR Adaption"
    VALUE
    0x81B4F0
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NAGRAZSA
    "Drehzahlschwelle zum Setzen des Statusbit ""Schub"""
    VALUE
    0x81B56C
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B56C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NAGRNLBK
    "Drehzahlschwelle für Abschaltung AGR bei Notlaufbedingung LBK"
    VALUE
    0x81911E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81911E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NAGRSSMN
    "Mindestdrehzahl für Freigabe Sollwert-Steuerung AGR"
    VALUE
    0x81911F
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81911F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NAGRSSMX
    "Höchstdrehzahl für Freigabe Sollwert-Steuerung AGR"
    VALUE
    0x819120
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819120  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NARASTGU
    "Gangabhängige Drehzahlschwelle für AR aktiv"
    CURVE
    0x810928
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810928  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NARLLGA
    "Drehzahlschwelle für AR im Leerlauf"
    CURVE
    0x810930
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810930  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NARLLMXG
    "Maximaldrehzahl für Aktivierung Antiruckel-Eingriff im Leerlauf"
    CURVE
    0x810938
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810938  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NARMXG
    "Maximaldrehzahl für Aktivierung Antiruckel-Eingriff außerhalb Leerlauf"
    CURVE
    0x810940
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810940  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NC_T_UM
    "Fehlertoleranzzeit für Motordrehzahlüberwachung für Funktionsüberwachung"
    VALUE
    0x81400B
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDCJ830U
    "Drehzahl-Schwelle für Freigabe CJ830-Endstufendiagnose"
    VALUE
    0x819564
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819564  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDDFA
    "Drehzahlschwelle für Diagnose Drucksensor (Schlauchabfall vor/bei Start)"
    VALUE
    0x82A150
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A150  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDFILOG
    "Schwelle für Filterausgang ndfil"
    CURVE
    0x8153F8
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153F8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDIFFLL
    "Differenz zur Leerlaufdrehzahl für Freigabe der Phasenerkennung"
    VALUE
    0x81019A
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDIFFOG
    "Schwelle Drehzahldifferenz zum Auslösen Ini der AR beim Verzögern"
    CURVE
    0x82DA54
    FklWSw
    16383.75
    nmot_sw_q0p25
    -8192.000
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DA54  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDIF_UM
    "erlaubte Differenz zwischen nmot und nz_um in der Funktionsüberwachung"
    VALUE
    0x81400C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKPPU
    "Minimaldrehzahl für Plausibilisierung DK-Poti 2 nach unten im Normalbetrieb"
    VALUE
    0x810226
    KwUb
    10000.
    nmot_ub_q40
    200.0
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810226  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKRA
    "Drehzahlschwelle für Diagnose Klopfregelanschlag"
    VALUE
    0x8106DF
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKSO
    "Obere Diagnoseschwelle für Klopfsensordiagnose"
    VALUE
    0x81A4C4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKSU
    "Untere Diagnoseschwelle für Klopfsensordiagnose"
    VALUE
    0x81A4C5
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDSMNR
    "Drehzahlschwelle zum Rücksetzen Min-Fehler für Drucksensordiagnose"
    VALUE
    0x82A152
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A152  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDSMXR
    "Drehzahlschwelle zum Rücksetzen Max-Fehler für Drucksensordiagnose"
    VALUE
    0x82A154
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A154  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDTHMMX
    "Max. Motordrehzahl für Freigabe Thermostat-Diagnose (Überdrücken)"
    VALUE
    0x81A0D1
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDV
    "Fehlererkennung Tachosignal / Drehzahlschwelle minimal"
    VALUE
    0x8194A9
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDVO
    "Fehlererkennung Fz-Geschwindigkeitssignal, obere Drehzahlgrenze"
    VALUE
    0x8194AA
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFGRMIN
    "Min. zul. Drehzahl bei FGR-Betrieb"
    VALUE
    0x81952B
    KwUb
    10120.
    nmot_ub_q40
    0.00
    10120.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81952B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFLUV
    "Drehzahlschwelle der Modifikation der Laufunruhe-Berechnung"
    VALUE
    0x810148
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810148  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFS2M
    "Solldrehzahl 2 Fahrstufenschalter ein"
    CURVE
    0x81A675
    GklWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A675  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSKHM
    "LL-Solldrehzahl mit Fahrstufe und Katheizen"
    CURVE
    0x81A17C
    GklWUb
    2550.
    nmot_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A17C  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STM06KHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSKLDF
    "Solldrehzahl bei Generatorlast aktiv und B_fs=1"
    VALUE
    0x81A67B
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A67B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSKO
    "Solldrehzahl für Klimaanlage bei B_fs=1"
    VALUE
    0x81A67C
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A67C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSKS
    "Solldrehzahl für Kochschutz (Fahrstufe eingelegt)"
    VALUE
    0x81A67D
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A67D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSLPWG
    "Solldrehzahl bei Ausfall PWG-Signal bei B_fs=1"
    VALUE
    0x81A67E
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A67E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSMIN
    "Minimale zulässige Solldrehzahl bei eingelegter Fahrstufe"
    VALUE
    0x81A67F
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A67F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSNLDG
    "Soll-Drehzahlerhöhung bei Drehzahlgeber-Notlauf"
    VALUE
    0x81A680
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A680  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSSL
    "Soll-Drehzahl bei Servolenkungsschalter aktiv und B_fs=1"
    VALUE
    0x81A681
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A681  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGALUN
    "Misfire Detection : Schwelle Drehzahländerung für Ausblendung"
    CURVE
    0x8131E4
    GklWUw
    25599.94
    nmotg_sw_q0p39
    0.00
    25599.94

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131E4  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGALUST
    "Misfire Detection : Schwelle Drehzahländerung für Ausblendung nach Start"
    VALUE
    0x8131F4
    KwUw
    25599.94
    nmotg_sw_q0p39
    0.00
    25599.94

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGANGMIN
    "Schwelle fuer Gangerkennung, Mindestwert PLausibilitaetstest"
    VALUE
    0x8296B0
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGDNSA
    "Drehzahlgradient beim Absteuern der Schubabschalthysterese"
    VALUE
    0x8152B2
    KwSw
    10239.84
    nmotg_sw_q0p15625
    -5120.000
    5119.844

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGDNSAL
    "Drehzahlgradient beim Absteuern der Schubabschalthysterese im Lerrlauf"
    VALUE
    0x8152B4
    KwSw
    10239.84
    nmotg_sw_q0p15625
    -5120.000
    5119.844

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGDNWEGTR
    "Drehzahlgradient beim Absteuern der Wiedereinsetzdrehzal Kuppl. offen"
    VALUE
    0x8152B6
    KwSw
    10239.84
    nmotg_sw_q0p15625
    -5120.000
    5119.844

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGFSAWE
    "Schwelle Drehzahlgradient für Sperrung Filter SA/WE"
    VALUE
    0x815B9A
    KwSw
    25599.94
    nmotg_sw_q0p39
    -12800.16
    12799.77

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815B9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGKC_UC
    "Drehzahlschwelle für UFGKC im Befehlstest"
    VALUE
    0x810C19
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C19  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGKC_UM
    "Drehzahlschwelle für UFGKC"
    VALUE
    0x8140B5
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGKRWN
    "Schwellwert Drehzahlgradient für Dynamikerkennung"
    CURVE
    0x82C9FE
    GklWSw
    25599.94
    nmotg_sw_q0p39
    -12800.16
    12799.77

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C9FE  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGNSNF
    "Drehzahlgradientenschwelle zur Auslösung der Drehzahlnachführung"
    VALUE
    0x81A682
    KwUb
    25500.
    nmotg_ub_q100
    0.00
    25500.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A682  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGWLL
    "Drehzahlgrenze Leerlauf"
    VALUE
    0x828910
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828910  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHKSMX
    "nmax für homogen Klopfschutz (Doppeleinspritzung)"
    VALUE
    0x8106A9
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHKSOAB
    "Obere Drehzahlgrenze für Betriebsart Homogen-Klopfschutz"
    VALUE
    0x81F0EA
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHMMO
    "obere Drehzahlgrenze für Betriebsart Homogen-mager"
    VALUE
    0x81F0CE
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHMMOAB
    "Obere Drehzahlgrenze für Betriebsart Homogen-mager"
    VALUE
    0x81F0EC
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHMMU
    "untere Drehzahlgrenze für Betriebsart Homogen-mager"
    VALUE
    0x81F0D0
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHMMUAB
    "Untere Drehzahlgrenze für Betriebsart Homogen-Mager"
    VALUE
    0x81F0EE
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHOSO
    "Drehzahlgrenze für Betriebsart Homogen-schicht"
    VALUE
    0x81F0D2
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHOSOAB
    "Obere Drehzahlgrenze für Betriebsart Homogen-Schicht"
    VALUE
    0x81F0F0
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NHOSU
    "untere Drehzahlgrenze für Betriebsart Homogen-schicht"
    VALUE
    0x81F0D4
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NINITSK
    "Initialisierungswert für Segmentzeitarray auf Drehzahlbasis"
    VALUE
    0x81F188
    KwUw
    6650.000
    nmot_uw_q0p25
    350.0000
    7000.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F188  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKLDF
    "Solldrehzahl bei Generatorlast aktiv"
    VALUE
    0x81A683
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A683  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKNEKTMX
    "Maximale Anzahl der Versuche, in denen der Katalysator nicht erkannt wird"
    VALUE
    0x819467
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819467  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKOACC
    "Obere Drehzahlschwelle bei der A/C an Anfrage akzeptiert wird"
    VALUE
    0x81AF08
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF08  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRDYF
    "Drehzahlschwelle für Freigabe der KR-Dynamikadaption nach früh"
    VALUE
    0x8106AA
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRFM1
    "Drehzahlschwelle für Filtermittenfrequenz Bereich1"
    VALUE
    0x81A1E7
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRFM2
    "Drehzahlschwelle für Filtermittenfrequenz Bereich 2"
    VALUE
    0x81A1E8
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRFM3
    "Drehzahlschwelle für Filtermittenfrequenz Bereich 3"
    VALUE
    0x81A1E9
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKTDOT
    "Obere Drehzahlgrenze Katdiagnose bei Testerbetrieb"
    VALUE
    0x819485
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819485  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKTDUT
    "Untere Drehzahlgrenze Katdiagnose bei Testerbetrieb"
    VALUE
    0x819486
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819486  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLL2M
    "Solldrehzahl 2"
    CURVE
    0x81A684
    GklWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A684  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLKHM
    "Leerlaufsolldrehzahl bei Kat.-Heizung"
    CURVE
    0x81A182
    GklWUb
    2550.
    nmot_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A182  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STM06KHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLMG
    "Solldrehzahl"
    MAP
    0x81A68A
    GkfWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A68A  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangllr
        dez
        8
        0.00
        255.0

        AXIS_PTS_REF SGA08LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLMIN
    "Minimale zulässige Solldrehzahl"
    VALUE
    0x81A6BA
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLREIN
    "Drehzahleinschaltschwelle für Leerlaufregelung"
    VALUE
    0x82BFFC
    KwUw
    2000.000
    nmot_uw_q0p25
    0.00
    2000.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLOELEW
    "Ersatzwert Öltemperatur im Fehlerfall für Nachlaufzeitberechnung"
    VALUE
    0x82F424
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F424  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLPST1T
    "Wartezeit 1 im NLP-Lernen"
    VALUE
    0x81024E
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81024E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLPST2T
    "Wartezeit 2 im NLP-Lernen"
    VALUE
    0x81024F
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81024F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRFKEFDMX
    "Anzahl des Eigenfrequenzumschaltungen zur Freigabe des Diagnose"
    VALUE
    0x81AB24
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB24  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRHO
    "obere Drehzahlgrenze für Regelung hinter Kat"
    VALUE
    0x81AAE2
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AAE2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRHU
    "untere Drehzahlgrenze für Regelung hinter Kat"
    VALUE
    0x81AAE3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AAE3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRKA
    "Drehzahlschwelle für Unterdrücken gesteuertes Kat-Ausräumen"
    VALUE
    0x81AA9C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRSHB
    "Drehzahlschwelle, Abschalten LR bei Schub, in Verbindung mit LL und TLLRSHB"
    VALUE
    0x81141D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81141D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLS_AOG
    "oberer Grenzwert Anpassung LL-Solldrehzahl"
    VALUE
    0x8106F7
    KwSb
    2550.
    nmot_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLS_AUG
    "unterer Grenzwert Anpassung LL-Solldrehzahl"
    VALUE
    0x8106F8
    KwSb
    2550.
    nmot_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAX
    "Drehzahlbegrenzung"
    VALUE
    0x81634E
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81634E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXDV
    "Drehzahlbegrenzung bei Fehlererkennung Geschwindigkeitssignal"
    VALUE
    0x82DDEC
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DDEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXDVG
    "Drehzahlgrenze für Automatik-Getriebe bei Fehler Geschwindigkeitssignal"
    CURVE
    0x82DDEE
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DDEE  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXDZ
    "Drehzahlgrenze bei doppelter Zündausgabe"
    VALUE
    0x82DDFE
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DDFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXF
    "Fehlererkennung nmax - Überschreitung"
    VALUE
    0x81FB5E
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXGA
    "Maximal zulässige Motordrehzahl (stationär)"
    CURVE
    0x82DE00
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE00  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXHMM
    "Drehzahlgrenze im Homogen-Mager-Betrieb"
    VALUE
    0x82DE10
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXHSPKH
    "Maximale Motordrehzahl für Anforderung von Homogen split zum Katheizen"
    VALUE
    0x82BFF0
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXKBI
    "Drehzahl bei maximalem Moment für Ausgabe an Kombi"
    VALUE
    0x8100F9
    KwUb
    25500.
    nmot_ub_q100
    0.00
    25500.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXKR
    "Drehzahlgrenze bei Sicherheitsspätverstellung der Klopfregelung"
    VALUE
    0x82DE12
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXKW
    "maximale Drehzahl zum Katalysatorwarmhalten"
    VALUE
    0x82C578
    KwUw
    4000.000
    nmot_uw_q0p25
    0.00
    4000.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C578  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXNL
    "Drehzahlgrenze bei Drehzahlgeber-Notlauf"
    VALUE
    0x82DE14
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXOGGA
    "Maximal zulässige Motordrehzahl (kurzzeitige Überhöhung)"
    CURVE
    0x82DE16
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE16  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXSCH
    "Drehzahlgrenze im Schichtbetrieb"
    VALUE
    0x82DE26
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXTO
    "Drehzahlbegrenzung bei hoher Öltemperatur."
    CURVE
    0x82DE28
    KlAUwSstUwWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE28  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelk_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMGETMC
    "nmot-Schwelle für Initialisierungswerte der Getriebemomente"
    VALUE
    0x810108
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810108  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMIALU
    "Min. Drehzahl für Ausblendung der Aussetzererkennung"
    VALUE
    0x819356
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819356  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMIDLU
    "Min. Drehzahl für Ausblendung der Aussetzererkennung DMDDLU"
    VALUE
    0x810149
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810149  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMIN
    "Minimal Drehzahl"
    VALUE
    0x81357C
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81357C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMINVMX
    "Minimale Drehzahlschwelle zur VMAX-Regelung"
    VALUE
    0x810B93
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMIN_UM
    "minimale Drehzahl für Motordrehzahlüberwachung der Funktionsüberwachung"
    VALUE
    0x81400D
    KwUb
    9680.
    nmot_ub_q40
    520.0
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMNFKTMX
    "Max. Anzahl der Versuche, in den der Katalysator als schlecht erkannt wird."
    VALUE
    0x819468
    KwUb
    19.00
    dez
    1.000
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819468  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMNFKTT
    "Max. Anzahl der Versuche für Testerbetrieb"
    VALUE
    0x819469
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819469  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMNTKOMP
    "Drehzahlbegrenzung der Gradientenkorrektur nach Start, Minimalwert"
    VALUE
    0x81F18A
    KwUw
    6650.000
    nmot_uw_q0p25
    350.0000
    7000.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F18A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMN_BDE
    "Drehzahl-Schwelle fürs Setzen der Zyklusflags BDEbedingt in der Üko-Diagnosis"
    VALUE
    0x81140B
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81140B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMN_DUF
    "Drehzahl-Schwelle fürs Setzen der Zyklusflags der Funktionsüberwachungs-Diagnose"
    VALUE
    0x81140C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81140C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTBIL
    "Drehzahlschwelle zur Berechnung von nmotbi_w"
    VALUE
    0x8169B2
    KwUw
    700.0000
    nmot_uw_q0p25
    300.0000
    1000.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8169B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTDELAY
    "Wartezeit bis Motorstillstand erkannt"
    VALUE
    0x811DE6
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DE6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTDYFA
    "untere Drehzahlschwelle für Dynamikprüfung LSU bei Kurztest"
    VALUE
    0x81AB1A
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTDYNO
    "obere Drehzahlschwelle für Dynamikprüfung LSU"
    VALUE
    0x81AB1B
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB1B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTDYNU
    "untere Drehzahlschwelle für Dynamikprüfung LSU"
    VALUE
    0x81AB1C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB1C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTFADKMN
    "Drehzahl,ab der die Adaption von fkpvdk freigegeben ist(MIN)"
    VALUE
    0x829F9A
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTFADKMX
    "Drehzahl, unterhalb der die Adaption von fkpvdk freigegeben ist(MAX)"
    VALUE
    0x829F9C
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTGRH
    "Grenzwert Motordrehzahl zum Test obere Temperaturgrenze Hauptkat"
    VALUE
    0x828912
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828912  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTMNDDSS
    "Untere Drehzahlschwelle zur Initialisierung psini_w mit psdss_w"
    VALUE
    0x82A156
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A156  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTQSYN
    "Motordrehzahlschwelle zur Freigabe des Schnellstarts über PG Schnellstart"
    VALUE
    0x81357E
    KwUw
    700.0000
    nmot_uw_q0p25
    0.00
    700.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81357E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTRDE
    "Drehzahlschwelle zur Freigabe der Funktion RDE"
    VALUE
    0x810192
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810192  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTSAGOK
    "Mindestdrehzahl für Offsetkorrektur"
    VALUE
    0x8283CA
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8283CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTZFLBK
    "Drehzahlschwelle für Zündwinkelfreigabe bei Stellen Ladungsbewegungsklappe"
    VALUE
    0x8109D5
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTZPAUS
    "Ausschaltdrehzahlschwelle für Zusatzwasserpumpe"
    VALUE
    0x81B05B
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B05B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTZPEIN
    "Einschaltdrehzahlschwelle für Zusatzwasserpumpe"
    VALUE
    0x81B05C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B05C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    NMV08_UM
    "Stützstellenverteilung für Motordrehzahl in der Funktionsüberwachung"
    0x8140E7
    nmot_um
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8140E7  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    NMXALU
    "Max. Drehzahl für Ausblendung der Aussetzererkennung"
    VALUE
    0x819357
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819357  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXDAE
    "Maximaldrehzahl bei Drosselklappen-Antrieb-Ersatzbetrieb"
    CURVE
    0x8105EB
    KlAUbSstUbWUb
    8160.
    nmot_ub_q32
    0.00
    8160.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8105EB  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        6
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXMDSKA
    "Maximaldrehzahl bei unbekannter Drosselklappenposition -> Ev-Abschaltung"
    VALUE
    0x8147BA
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXSKA_UC
    "Motorgrenzdrehzahl für komplette Einspritzausblendung bei SKA"
    VALUE
    0x811393
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811393  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXSKA_UM
    "Motorgrenzdrehzahl für komplette Einspritzausblendung bei SKA"
    VALUE
    0x8141D1
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NNPTMMX
    "Max. Motordrehzahl für Freigabe Unplausibilitätsprüfung tmot-Signa (Überdrücken)"
    VALUE
    0x81A0D2
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NNSTA
    "Drehzahlübergang Normal -> Start"
    CURVE
    0x81AB5C
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB5C  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NO1
    "obere Drehzahlschwelle Bereich 1"
    VALUE
    0x8198B2
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NO2
    "obere Drehzahlschwelle Bereich 2"
    VALUE
    0x8198B3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NO3
    "obere Drehzahlschwelle Bereich 3"
    VALUE
    0x8198B4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOACTSCNT
    "NO inaktivitäts Schwellen Zähler"
    VALUE
    0x819408
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819408  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOASR
    "Wert für inaktiver ASR-Botschaft"
    VALUE
    0x810322
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810322  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOASR_UC
    ""
    VALUE
    0x810E7B
    KwUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOASR_UM
    "Inaktivmaske für ASR"
    VALUE
    0x8140E6
    KwUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOBMINC
    "Wert der bei nicht erkannter Bezugsmarke aufaddiert wird"
    VALUE
    0x81939F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81939F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOBMINIT
    "Initialisierungswert für Zähler Bezugsmarkenverlust"
    VALUE
    0x8193A0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOBMSTMX
    "Maximalwert für nicht erkannte Bezugsmarken im Start"
    VALUE
    0x8193A1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOCFO2
    "Korrekturfaktor O2-Abhängigkeit des NOx-Signals"
    CURVE
    0x8283CC
    KlAUwSstSwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8283CC  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        o2hksp_w
        rel_q0p7629Em3
        18
        -25.00000
        24.99924

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOCFPU
    "Korrekturfaktor Druckabhängigkeit des NOx-Signals"
    CURVE
    0x828416
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828416  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        puhk_w
        p_uw_q0p039
        17
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NODEL
    "Schwelle NOx-Rohmassengrenzwertregelung für Speicherkat"
    VALUE
    0x828914
    KwSw
    444.4377
    m_q0p00678_mgdivs
    -222.2222
    222.2154

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828914  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NODELH
    "Offset NOx-Rohmassengrenzwert f. Speicherkat; Erhöhung"
    VALUE
    0x828916
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828916  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NODELR
    "Offset NOx-Rohmassengrenzwert f. Speicherkat; Absenkumg"
    VALUE
    0x828918
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828918  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOFISTGK
    "Max nofist_w zur Erkennung geringer Katschädigung"
    VALUE
    0x82891A
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82891A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOFLLMN
    "Minimale obere NOx-Beaufschlagungsgrenze Hauptkat fuer SCH-Freigabe im Leerlauf"
    VALUE
    0x829644
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829644  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOFMX
    "Initialisierungswert für max. zul. NOx-Rohmassenstrom"
    VALUE
    0x82891C
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82891C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOFMXDG
    "Faktor zur Anhebung von nofmx_w für Diagnose"
    VALUE
    0x8193DF
    KwUb
    1.992
    fak_q0p0078
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOFMXGK
    "Schwelle nofmx_w zum Runtersetzen nofmx_w bei Erkennung geringer Katschädigung"
    VALUE
    0x82891E
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82891E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOFMXGR
    "Grenzwert nofmx_w bei Initialisierung"
    VALUE
    0x828920
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828920  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOFMXMX
    "Max. NOx-Rohmassenstrom"
    VALUE
    0x828922
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828922  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOFMXSS
    "Max. NOx-Rohemissionen für Adaption"
    VALUE
    0x828924
    KwUw
    444.4377
    m_q0p00678_mgdivs
    0.00
    444.4377

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828924  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOHKMX
    "Maximal zulässige NOx-Konzentration hinter Speicherkatalysator Magerbetrieb"
    VALUE
    0x828926
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828926  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOHKMXLL
    "Maximal zulässiger NOx-Massenstrom hinter Speicherkatalysator im LL"
    VALUE
    0x828928
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828928  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOHKSMN
    "Minimum NOx-Signal für Offsetkorrektur im Schub"
    VALUE
    0x82845C
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82845C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOHKSMX
    "Maximum NOx-Signal für Offestkorrektur im Schub"
    VALUE
    0x82845E
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82845E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOHKTG
    "Grenzkonzentration bei gesättigtem Katalysator"
    VALUE
    0x82892A
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82892A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOHMSABG
    "Diagnosefreigabeschwelle Abgasmassenstrom"
    VALUE
    0x827F8A
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOHNOSZI
    "Summierwert für Akkumulator bei  nicht oszilierenden Signal"
    VALUE
    0x828C92
    KwSw
    1.600000
    fak_sw_b1p6
    -1.600000
    0.00

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOHOSZI
    "Summierwert für Akkumulator bei oszilierenden Signal"
    VALUE
    0x828C94
    KwSw
    1.599951
    fak_sw_b1p6
    0.00
    1.599951

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOKGK
    "Max nohksnok_w zur Erkennung geringer Katschädigung"
    VALUE
    0x82892C
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82892C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOKINTK
    "NOx-Integral Korrekturwert"
    VALUE
    0x828460
    KwUw
    262144.0
    m_uw_q4p0ppmmuls
    0.00
    262144.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x828460  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOLRA
    "Codewort für Adaptionsfreigabe"
    VALUE
    0x8198B5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOOFFSCH
    "NOx-Offset Schwelle"
    VALUE
    0x819409
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819409  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOREA_UC
    ""
    VALUE
    0x811394
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811394  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOREA_UM
    "Kennung zur Anforderung kein Motorbetrieb möglich aus %UFREAC der Funktionsüberw"
    VALUE
    0x8141D2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOSCHWMX
    "NOx Maxwert zur freigabe der Diagnose"
    VALUE
    0x828C96
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOSGFILMN
    "minimale, gefilterte NOx-Speichergröße"
    VALUE
    0x829458
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829458  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOSGINIT
    "NOx-Speichergröße, Initialisierungswert"
    VALUE
    0x82945A
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82945A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOSGLLMN
    "Minimale gefilterte Speicherkatguete fuer SCH-Freigabe im Leerlauf"
    VALUE
    0x829646
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829646  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOVPOSZMN
    "Oszillationsschwelle für NOx-Sensor Vp-Signal"
    VALUE
    0x828C98
    KwUw
    13107.00
    fak_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXABWMX
    "Max. Abweichung gefiltertes NOx-Signal zu Lightoff-Kennlinie"
    VALUE
    0x828462
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828462  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXADOFF
    "Offset bei NOx-Integration, Lightoff Phase"
    VALUE
    0x828464
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828464  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXAKTSW
    "Aktivitätsschwelle NOx-Signal"
    VALUE
    0x8289F2
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXNOKGW
    "Grenzwert NOx-Signal eingeschwungen nach Lightoff Phasev"
    VALUE
    0x828466
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828466  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXOFFSMN
    "NOx Min Offset aus GGNOH"
    VALUE
    0x828C9A
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXOFFSMX
    "NOx Max Offset aus GGNOH"
    VALUE
    0x828C9C
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXPOFFMN
    "Plausibilitaetsschwelle  NOx Min-Offset"
    VALUE
    0x828C9E
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXPOFFMX
    "Plausibilitaetsschwelle NOX Max Offset"
    VALUE
    0x828CA0
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOXPOFMNX
    "Plausibilitätsschwelle  NOx Min-Offset in Schubprüfung"
    VALUE
    0x828CA2
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NPSSEG
    "Drehzahlschwelle für Umschaltung auf Segmentraster"
    VALUE
    0x8137D2
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRKAB
    "Mindestdrehzahl für Begrenzung Stelleingriff rkat bei niedrigen Drehzahlen"
    VALUE
    0x8196C8
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRKCS_UC
    "Drehzahlschwelle zur Starterkennung im Befehlstest"
    VALUE
    0x810CC3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810CC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRKCS_UM
    "Drehzahlschwelle zur Starterkennung in Funktionsüberwachung"
    VALUE
    0x8140DE
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRKC_UC
    "Drehzahlschwelle für Lambda-Check im Befehlstest"
    VALUE
    0x810CC4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810CC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRKC_UM
    "Drehzahlschwelle für Lambda-Check"
    VALUE
    0x8140DF
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRKTI_UM
    "untere Drehzahlschwelle für rkti-Plausibilisierung"
    VALUE
    0x8140AC
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRKTPKTU
    "Schwelle für Verzögerung Taupunktende hinter Kat"
    CURVE
    0x827EEC
    KlAUwSstUwWUw
    50330880.
    nmotrk_q768
    0.00
    50330880.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EEC  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumgk_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRLIP_UM
    "Motordrehzahl-Schwelle für den rl/rlip-Vergleich in der Funktionsüberwachg"
    VALUE
    0x81406A
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSACFSTM
    "Solldrehzahl bei Klimaanlage ein (S_AC = 1) und eingelegter Fahrstufe (S_fs=1)"
    CURVE
    0x81A6BB
    KlAUbSstUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6BB  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSACTM
    "Solldrehzahl bei Klimaanlage ein (S_AC = 1)"
    CURVE
    0x81A6C8
    KlAUbSstUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6C8  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSAFAN
    "Schubabschaltedrehzahl bei Testereingriff"
    VALUE
    0x810730
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810730  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSALSUZ
    "Anzahl der gültigen Schubvorgänge zum Setzen des Zyklusflags"
    VALUE
    0x8194A2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSALSUZFA
    "Anzahl der gültigen Schubvorgänge zum Setzen des Zyklusflags bei Funktionsanf."
    VALUE
    0x8194A3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSALSUZH
    "Anzahl der gültigen Schubvorgänge zum Setzen des Zyklusflags bei schnellem Heali"
    VALUE
    0x8194A4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSCHO
    "Drehzahlgrenze für Betriebsart Schicht"
    VALUE
    0x81F0D6
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSCHOAB
    "Obere Drehzahlgrenze für Betriebsart Schicht"
    VALUE
    0x81F0F2
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSC_T_UM
    "Nachstartüberwachungszeit für die Funktionsüberwachung"
    VALUE
    0x8141E6
    KwUw
    2621.400
    t40msxs_uw_q0p04
    0.00
    2621.400

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSHLL
    "Mindestsolldrehzahl bei Heiß-Leerlauf"
    VALUE
    0x81A6D5
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKAZO_UC
    "Offset für Drehzahlschelle zur Zündabschaltung bei SKA  im Befehlstest"
    VALUE
    0x811395
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811395  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKAZO_UM
    "Offset für Drehzahlschelle zur Abschaltung Zündung bei SKA in FU"
    VALUE
    0x8141D3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKHO
    "Drehzahlgrenze für Betriebsart Schicht-Katheizen"
    VALUE
    0x81F0D8
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKHOAB
    "Obere Drehzahlgrenze für Betriebsart Schicht-Katheizen"
    VALUE
    0x81F0F4
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKO
    "Solldrehzahl für Klimaanlage"
    VALUE
    0x81A6D6
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKS
    "Solldrehzahl für Kochschutz"
    VALUE
    0x81A6D7
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSL
    "Solldrehzahl bei Servolenkung aktiv"
    VALUE
    0x81A6D8
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZFS
    "Solldrehzahl bei entladener Batterie bei B_fs=1"
    VALUE
    0x81A6D9
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZLL
    "Solldrehzahl bei entladener Batterie"
    VALUE
    0x81A6DA
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZS
    "Drehzahlschwelle zur Umschaltung der Solldrehzahl durch lbz"
    VALUE
    0x81A6DB
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAA
    "Leerlaufdrehzahl bei Bandendetest (bei allgemeiner Anforderung)"
    VALUE
    0x81A71D
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A71D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAAGR
    "Drehzahlanforderung für Kurztrip: Diagnose AGR"
    VALUE
    0x81A71E
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A71E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAAGR2
    "Drehzahlanforderung für Kurztrip: Diagnose AGR (über B_ofagreg)"
    VALUE
    0x81A71F
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A71F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFADY
    "Solldrehzahl bei Kurztrip Dynamikdiagnose der LSU"
    VALUE
    0x81A720
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A720  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAEZLA
    "Solldrehzahl bei Kurztrip Einzelzylinder-Lambda-Regelung"
    VALUE
    0x81A721
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A721  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAKAT
    "Solldrehzahl bei Kurztrip Katdiagnose"
    VALUE
    0x81A722
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A722  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAKRS
    "Solldrehzahl bei Kurztrip Klopfsensor"
    VALUE
    0x81A723
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A723  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFALDP
    "Solldrehzahl bei Kurztrip Tankleckdiagnose"
    VALUE
    0x81A724
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A724  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFALSF
    "Solldrehzahl bei Kurztrip Lamdasonde hinter Front Kat"
    VALUE
    0x81A725
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A725  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFALSV
    "Solldrehzahl bei Kurztrip Lambdasonde vor Kat"
    VALUE
    0x81A726
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A726  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFANWKW
    "Leerlaufdrehzahl bei Kurztrip Nockenwellen-Kurbelwellenzuordnung"
    VALUE
    0x81A727
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A727  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASF
    "Solldrehzahl bei Kurztrip Schwingungsprüfung hinter Front Kat"
    VALUE
    0x81A728
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A728  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASH
    "Solldrehzahl bei Kurztrip Schwingungsprüfung"
    VALUE
    0x81A729
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A729  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASHV
    "Solldrehzahl bei Kurztrip Sodenvertauscherkennung"
    VALUE
    0x81A72A
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A72A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASKNO
    "Drehzahlanforderung für Kurztrip: Diagnose Speicherkat"
    VALUE
    0x81A72B
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A72B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASLS
    "Solldrehzahl bei Kurztrip Sekundärluft"
    VALUE
    0x81A72C
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A72C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFATES
    "Solldrehzahl bei Kurztrip Tankentlüftung"
    VALUE
    0x81A72D
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A72D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFATPE
    "Solldrehzahl bei Kurztrip Taupunktende"
    VALUE
    0x81A72E
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A72E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAWSA
    "Leerlaufdrehzahl bei Kurztrip Auslaß-NW"
    VALUE
    0x81A72F
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A72F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAWSE
    "Leerlaufdrehzahl bei Kurztrip Einlaß-NW"
    VALUE
    0x81A730
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A730  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLKVS
    "Solldrehzahl bei Kurztrip Diagnose Kraftstoffversorgung"
    VALUE
    0x81A731
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A731  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLLSH
    "Solldrehzahl bei Kurztrip Lambdasonde hinter Kat"
    VALUE
    0x81A732
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A732  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLPWG
    "Solldrehzahl bei Ausfall PWG-Signale"
    VALUE
    0x81A6DC
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSNLDG
    "Soll-Drehzahlerhöhung bei Drehzahlgeber-Notlauf"
    VALUE
    0x81A6DD
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSNOT
    "Solldrehzahlanhebung bei Pedalfehler"
    VALUE
    0x81A6DE
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSOF_T_UM
    "Entprellzeit für Abschaltung der Nachstartaufweitung"
    VALUE
    0x81400E
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSOLMX
    "Maximalbegrenzung der Solldrehzahl"
    VALUE
    0x81A6DF
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTAK
    "Anlassdrehzahlschwelle für Hochlauferkennung"
    VALUE
    0x8145F2
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8145F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTART
    "Motordrehzahlschwelle für Unterdrehzahl-Ausstieg bei Nachstartaufweitung"
    VALUE
    0x810B61
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTAW
    "Motordrehzahlschwelle für Anlasserfreigabe"
    CURVE
    0x813126
    KlAUbSstUbWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813126  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTDMD
    "Max. Drehzahl für Ausblendung der Aussetzererkennung nach Start"
    VALUE
    0x8131F6
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8131F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTEND
    "Motordrehzahlschwelle für Start Ende bei Nachstartaufweitung"
    VALUE
    0x810B62
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B62  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTNM
    "Übergang Start -> Normal"
    CURVE
    0x81AB63
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB63  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTNMKMTR
    "Schwelle für Mindestdrehzahl zur Berechnung gefilterter Kraftstoffverbrauch"
    VALUE
    0x81B05D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B05D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTOEL
    "Leerlaufsolldrehzahl: Erhöhung bei Heißleerlauf"
    CURVE
    0x81A6E0
    KlAUbSstUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6E0  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toellrns
        temp_ub_q1_o60
        4
        -60.00
        195.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSWO1
    "Drehzahlschwelle 1 Umschaltg. zur Rechenzeitersparnis"
    VALUE
    0x8181E1
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSWO2
    "Drehzahlschwelle 2 Umschaltg. zur Rechenzeitersparnis"
    VALUE
    0x8181E2
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NTHRESHOLD
    "Drehzahlschwelle bis zu der DFM ausgewertet wird"
    VALUE
    0x811DED
    KwUb
    7600.
    nmot_ub_q40
    400.0
    8000.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NTUMTA
    "Schwelle Drehzahl für Bestimmung Umgebungstemperatur"
    VALUE
    0x81A126
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A126  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NU1
    "untere Drehzahlschwelle Bereich 1"
    VALUE
    0x8198B6
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NU2
    "untere Drehzahlschwelle Bereich 2"
    VALUE
    0x8198B7
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NU2FA
    "untere Drehzahlschwelle Bereich 2 bei Funktionsanforderung (B_falra)"
    VALUE
    0x8198B8
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NU3
    "untere Drehzahlschwelle Bereich 3"
    VALUE
    0x8198B9
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVERZMN
    "minimale Drehzahl für Verzögerung"
    VALUE
    0x82ED40
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVG
    "Faktor zur Berechnung Initialisierungsdrehzahl"
    CURVE
    0x82DA64
    FklWUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DA64  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVMNG
    "Minimales Drehzahl/Geschwindigkeits-Verhältnis"
    CURVE
    0x82DA74
    FklWUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DA74  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVMXG
    "Maximales Drehzahl/Geschwindigkeits-Verhältnis"
    CURVE
    0x82DA84
    FklWUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DA84  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT1O
    "Gangerkennung n/v 1 Gang oben"
    VALUE
    0x8296B2
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT1U
    "Gangerekennung n/v 1 Gang unten"
    VALUE
    0x8296B4
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT2O
    "Gangerkennung n/v 2 Gang oben"
    VALUE
    0x8296B6
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT2U
    "Gangerkennung n/v 2 Gang unten"
    VALUE
    0x8296B8
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT3O
    "Gangerkennung n/v 3 Gang oben"
    VALUE
    0x8296BA
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT3U
    "Gangerkennung n/v 3 Gang unten"
    VALUE
    0x8296BC
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT4O
    "Gangerkennung n/v 4 Gang oben"
    VALUE
    0x8296BE
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT4U
    "Gangerkennung n/v 4 Gang unten"
    VALUE
    0x8296C0
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT5O
    "Gangerkennung n/v 5 Gang oben"
    VALUE
    0x8296C2
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT5U
    "Gangerkennung n/v 5 Gang unten"
    VALUE
    0x8296C4
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT6O
    "Gangerkennung n/v 6 Gang oben"
    VALUE
    0x8296C6
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT6U
    "Gangerkennung n/v 6 Gang unten"
    VALUE
    0x8296C8
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWDK3
    "Minimaldrehzahl für Berechnung DK-Winkel-Ersatzwert aus Füllungssignal"
    VALUE
    0x810227
    KwUb
    10000.
    nmot_ub_q40
    200.0
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810227  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWDKSST
    "Drehzahlschwelle Abschaltung Solldrosselklappenwinkel ohne Momentenstruktur"
    CURVE
    0x81968F
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81968F  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWENG
    "Wiedereinsetzdrehzahl"
    CURVE
    0x8152B8
    KlAUbSstSbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152B8  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngfil
        nmotg_sb_q100
        5
        -12800.
        12700.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWENGFS
    "Delta Wiedereinsetzdrehzahl bei Fahrstufe"
    CURVE
    0x8152C4
    KlAUbSstSbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152C4  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngfil
        nmotg_sb_q100
        5
        -12800.
        12700.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWPMBBR
    "Mindestdrehzahl für Pedalwertbegrenzung bei betätigter Bremse"
    VALUE
    0x810203
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810203  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NZHDTL
    "Drehzahlschwelle für Zeitzähler Heiß-Leerlauf dekrementieren abh. von TL"
    CURVE
    0x81A6E9
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6E9  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NZHITL
    "Drehzahlschwelle für Zeitzähler Heiß-Leerlauf inkrementieren abh. von TL"
    CURVE
    0x81A6F6
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6F6  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    N_NOTOOREF
    "Drehzahlschwelle für Zahnverfeinerung bei Einspritzausgabe"
    VALUE
    0x82AFE8
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    N_START_UM
    "Motordrehzahlschwelle für Unterdrehzahl-Ausstieg für die Fkt.-Überwachung"
    VALUE
    0x81400F
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    N_STEND_UM
    "Motordrehzahlschwelle für Startende in der Fkt.-Überwachung"
    VALUE
    0x814010
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x814010  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    O2CFPU
    "Korrekturfaktor Druckabhängigkeit des O2-Signals des NOx-Sensors"
    CURVE
    0x828468
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828468  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        puhk_w
        p_uw_q0p039
        17
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    O2REF
    "Sauerstoffkonzentration in der Umgebungsluft (0% rel. Luftfeuchte)"
    VALUE
    0x813664
    KwSw
    63.99902
    relO2_q9p765Em4
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813664  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    O2SAMN
    "Min. zulässiger O2-Konzentration zur Aktivierung Schubableich"
    VALUE
    0x813666
    KwSw
    63.99902
    relO2_q9p765Em4
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813666  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    O2SAMX
    "Max. zulässiger O2-Konzentration zur Aktivierung Schubableich"
    VALUE
    0x813668
    KwSw
    63.99902
    relO2_q9p765Em4
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813668  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    O2VK
    "Umrechnung  Spannung / O2, LSU-Sonde vor Katalysator"
    CURVE
    0x8167F8
    KlAUbSstSwWSw
    63.99902
    relO2_q9p765Em4
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8167F8  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ipktk_w
        i_q1_uA
        16
        -32768.00
        32767.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    O2VKS
    "Sauerstoffüberschussschwelle für Rücksetzen des Zählers für Benzin im Öl"
    VALUE
    0x82BA0E
    KwSw
    63.99902
    rel_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFAGRVT
    "Toleranz Offset AGR-Ventile f|r Stellertauscherkennung"
    VALUE
    0x81B32A
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B32A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFDSSMN
    "Minimaler Offsetwert für Saugrohrdrucksensor"
    VALUE
    0x8195D6
    KwSb
    1280.
    p_sb_q10
    -1280.
    0.00

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFDSSMX
    "Maximaler Offsetwert für Saugrohrdrucksensor"
    VALUE
    0x8195D7
    KwSb
    1270.
    p_sb_q10
    0.00
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFIPSRMN
    "Untere Grenze für Integrator: Saugrohrdruck-Offset"
    VALUE
    0x8195D8
    KwSb
    1280.
    p_sb_q10
    -1280.
    0.00

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFIPSRMX
    "Obere Grenze für Integrator: Saugrohrdruck-Offset"
    VALUE
    0x8195D9
    KwSb
    1270.
    p_sb_q10
    0.00
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFMSNDKMN
    "Minimalwert für Offset nomierter Massenstrom über DK"
    VALUE
    0x829F9E
    KwSw
    6553.500
    m_sw_b3276p8
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFMSNDKMX
    "Maximalwert für Offset nomierter Massenstrom über DK"
    VALUE
    0x829FA0
    KwSw
    6553.500
    m_sw_b3276p8
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFMSNDMSMN
    "norm. Soll-Drosselklappenmassenstrom, ab dem Adap. von ofmsndk freigegeben ist"
    VALUE
    0x829FA2
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFMSNDMSMX
    "norm. Soll-DK-massenstrom, bis  zu dem Adap. von ofmsndk freigegeben ist"
    VALUE
    0x829FA4
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFPSRMX
    "Obere Grenze für Saugrohrdruck- Diagnose"
    VALUE
    0x829F7A
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFPSXSMN
    "min. Druckkorrektur des ps-Reglers"
    VALUE
    0x82AB14
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFPSXSMX
    "max. Druckkorrektur des ps-Reglers"
    VALUE
    0x82AB16
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFQSYNADAP
    "Offset zwischen adaptierter Phasenflanke und Phasenflanke im Start"
    VALUE
    0x813580
    KwSw
    72.00000
    kw_q0p0156
    -36.00000
    36.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813580  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPAGRMN
    "Offset Ventilposition AGR minimal"
    VALUE
    0x81B4F2
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPAGRMX
    "Offset Ventilposition AGR maximal"
    VALUE
    0x81B4F4
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPDAHYMN
    "Offset Ventilposition Diagnose AGR Hysterese für Minimum"
    VALUE
    0x81B468
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B468  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPDAHYMX
    "Offset Ventilposition Diagnose AGR Hysterese für Maximum"
    VALUE
    0x81B46A
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B46A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPDAKTMN
    "Offset Ventilposition Diagnose AGR Minimum im Kurztest"
    VALUE
    0x81B46C
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B46C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPDAKTMX
    "Offset Ventilposition Diagnose AGR Maximum im Kurztest"
    VALUE
    0x81B46E
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B46E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPDAMN
    "Offset Ventilposition Diagnose AGR Minimum"
    VALUE
    0x81B470
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B470  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPDAMX
    "Offset Ventilposition Diagnose AGR Maximum"
    VALUE
    0x81B472
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B472  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPSCHMN
    "Offset Ventilposition Diagnose AGR Minimum in Schichtbetrieb"
    VALUE
    0x81B474
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B474  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFVPSCHMX
    "Offset Ventilposition Diagnose AGR Maximum in Schichtbetrieb"
    VALUE
    0x81B476
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B476  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OMSNDKLSMX
    "Schwelle zur Erkennung eines Lecks im Saugrohr"
    VALUE
    0x829F44
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKKB
    "Offset zu DPBKVUKKPU bei betätigter Bremse"
    VALUE
    0x82F210
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F210  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKNKH
    "Offset zu DPBKVUKNKH bei betätigter Bremse"
    VALUE
    0x82F212
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F212  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKNWB
    "Offset zu DPBKVUKNW bei betätigter Bremse"
    VALUE
    0x82F214
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F214  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKPB
    "Offset zu DPBKVUKP bei betätigter Bremse"
    VALUE
    0x82F216
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F216  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKPUB
    "Offset zu DPBKVUKPU bei betätigter Bremse"
    VALUE
    0x82F218
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F218  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORADN
    "untere Diagnoseschwelle additive Korrektur"
    VALUE
    0x82AF76
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORADNFA
    "untere Diagnoseschwelle additive Korrektur bei Funktionsanforderung (B_falra)"
    VALUE
    0x82AF78
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORADX
    "obere Diagnoseschwelle additive Korrektur"
    VALUE
    0x82AF7A
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORADXFA
    "obere Diagnoseschwelle additive Korrektur bei Funktionsanforderung (B_falra)"
    VALUE
    0x82AF7C
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORAMN
    "untere Schwelle additive Korrektur"
    VALUE
    0x82ADEC
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORAMX
    "obere Schwelle additive Korrektur"
    VALUE
    0x82ADEE
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORARN
    "reduzierte untere Schwelle additive Korrektur"
    VALUE
    0x82ADF0
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORARX
    "reduzierte obere Schwelle additive Korrektur"
    VALUE
    0x82ADF2
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORRIESHMM2
    "Offset Restgasrate Inert ueber ext. AGR Sollwert HMM Kurztest / Blendenadaption"
    VALUE
    0x81F06E
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F06E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORRIESHMMT
    "Offset Restgasrate Inert uber externe AGR Sollwert HMM Kurztest"
    VALUE
    0x81F070
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F070  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORRIESHOM2
    "Offset Restgasrate Inert ueber ext. AGR Sollwert Homogen Kurzt./ Blendenadaption"
    VALUE
    0x81F072
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F072  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORRIESHOMT
    "Offset Restgasrate Inert uber externe AGR Sollwert Homogen Kurztest"
    VALUE
    0x81F074
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F074  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORRIESSCH2
    "Offset Restgasrate Inert ueber ext. AGR Sollwert Schicht Kurzt./ Blendenadaption"
    VALUE
    0x81F076
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F076  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ORRIESSCHT
    "Offset Restgasrate Inert ueber externe AGR Sollwert Schicht Kurztest"
    VALUE
    0x81F078
    KwSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F078  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OSCKTD
    "Schwelle Sauerstoffspeicherfähigkeit des Kats für Gut-Erkennung"
    VALUE
    0x8295DC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OSCKTDNG
    "Meßbereich  der normierten Sauerstoffspeicherfähigkeit"
    VALUE
    0x8295DE
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OSCKTDT
    "Schwelle Sauerstoffspeicherfähigkeit des Kats bei Testerbetrieb"
    VALUE
    0x8295E0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PAAGREOAP
    "Abgasgegendruck an AGR Entnahmeort Applikationswert"
    VALUE
    0x82A2B0
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PAAMNBKS
    "Adaptionswert BKS min-Grenze für Fehlererkennung"
    VALUE
    0x829F0A
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PAAMXBKS
    "Adaptionswert BKS max-Grenze für Fehlererkennung"
    VALUE
    0x829F0C
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKSADMN
    "Min-Grenzwert Solldruck für Freigabe der Adaption"
    VALUE
    0x829E98
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKSADMX
    "Max-Grenzwert Solldruck für Freigabe der Adaption"
    VALUE
    0x829E9A
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKSAIMN
    "Adaption BKS Integrator min-Wert"
    VALUE
    0x829E9C
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKSAIMX
    "Adaption BKS Integrator max-Wert"
    VALUE
    0x829E9E
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKSIAVS
    "Schwelle für I-Anteil-Veränderung damit Adaption freigegeben"
    VALUE
    0x829EA0
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKSMN
    "minimaler I-Anteil des Reglers"
    VALUE
    0x829EA2
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKSMX
    "maximaler I-Anteil des Reglers"
    VALUE
    0x829EA4
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKSVSKT
    "Schwelle für I-Anteil Veränderung damit Adaption freigegeben bei Kurztrip"
    VALUE
    0x829EA6
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKVKREHY
    "Hysterese zur kritischen Obergrenze für Druck im BKV  für Ersatzmaßnahmen"
    VALUE
    0x82F21A
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F21A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKVKRHY
    "Hysterese zur kritischen Obergrenze für Druck im Bremskraftverstärker"
    VALUE
    0x82F21C
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F21C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKVMN
    "min. möglicher Druck im Bremskraftverstärker"
    VALUE
    0x82F22A
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F22A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKVMX
    "max. möglicher Druck im Bremskraftverstärker"
    VALUE
    0x82F22C
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F22C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKVVSTGPV
    "Unterdruckverstärkung durch Saugstrahleffekt"
    CURVE
    0x82F164
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F164  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dpspvdkd_w
        p_uw_q0p039
        6
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBRINTMN
    "Partialdruck internes Restgas im Brennraum Minimum"
    VALUE
    0x82A716
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A716  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBRINTMX
    "Partialdruck internes Restgas im Brennraum Maximum"
    VALUE
    0x82A718
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A718  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PDIFFMAX
    "Erforderlicher Druckanstieg im Rail um B_prhigh zu setzen"
    VALUE
    0x813576
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813576  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PDIFFMIN
    "Erforderliche Druckabfall im Rail um auf Rückblasen zu erkennen"
    VALUE
    0x813578
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813578  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PEKP
    "Förderleistung EKP"
    VALUE
    0x81AF3E
    KwUb
    25.50
    vs_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF3E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PGFLNL
    "Anzahl an Phasenflanken bis NLDG aufgerufen wird bei eingetragenem E_n"
    VALUE
    0x8193A2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PGFLWA
    "Anzahl PG-Flankenwechsel für DG-Fehler B_signal"
    VALUE
    0x81018D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHNMO
    "Drehzahlschwelle für Umschaltung auf 1 Phasenflanke"
    VALUE
    0x8193A4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHNMU
    "Drehzahlschwelle für Umschaltung auf 2 Phasenflanken"
    VALUE
    0x8193A5
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHNOKA
    "Anfangswert für Zähler Phasensignal nicht ok"
    VALUE
    0x810194
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810194  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUFRAA
    "physikalische Dringlichkeit für FRA- Anforderung"
    VALUE
    0x8198D3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUFRAC
    "physikalische Dringlichkeit für FRA- für Applikationszwecke"
    VALUE
    0x8198D4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUFRAM
    "physikalische Dringlichkeit für FRA (mitlaufen während Homogenbetrieb)"
    VALUE
    0x8198D5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUFRAP
    "physikalische Dringlichkeit für FRA über Phasenentscheider"
    VALUE
    0x8198D6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUFRAS
    "physikalische Dringlichkeit für FRA Stoppen"
    VALUE
    0x8198D7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUORAA
    "physikalische Dringlichkeit für ORA- Anforderung"
    VALUE
    0x8198D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUORAC
    "physikalische Dringlichkeit für ORA für Applikationszwecke"
    VALUE
    0x8198D9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUORAM
    "physikalische Dringlichkeit für ORA (mitlaufen während Homogenbetrieb)"
    VALUE
    0x8198DA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUORAP
    "physikalische Dringlichkeit für ORA über Phasenentscheider"
    VALUE
    0x8198DB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHUORAS
    "physikalische Dringlichkeit für ORA Stoppen"
    VALUE
    0x8198DC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PH_MINSEG
    "Segmentlänge kurzes Segment beim Schnellstart-Phasengebersignal"
    VALUE
    0x81019F
    KwUb
    90.00
    kw_tooth_sy
    0.00
    90.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PIAMNBKS
    "Min-Druckgrenze I-Anteil Niederdruckregler"
    VALUE
    0x829F0E
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PIAMXBKS
    "Max-Druckgrenze für I-Anteil Niederdruckregeler"
    VALUE
    0x829F10
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PIFBKS
    "Druckschwelle Integrator Freigabe"
    VALUE
    0x829F12
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PKLIMA
    "Kennlinie Systemdruck Klimaanlage"
    CURVE
    0x81B05E
    KlAUbSstUbWUb
    51.00
    p_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B05E  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        takols
        rel_ub_b99p6
        5
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PKODR
    "Ersatzwert Druck Klimaanlage für KMTR"
    VALUE
    0x81B069
    KwUb
    51.00
    p_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B069  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PKODRCMX
    "Kältemitteldruckschwelle zur Kompressorabschaltung"
    VALUE
    0x81AF09
    KwUb
    51.00
    p_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF09  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PLRHAV
    "Wichtungsfaktor des P-Anteils in der LRHK über KAT-Alterung"
    CURVE
    0x81AAE4
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AAE4  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatf
        fak_ub_b1
        8
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PMAXKBI
    "Kombiausgabe maximale Leistung"
    VALUE
    0x8130A6
    KwUw
    511.0000
    kw_q1
    0.00
    511.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PMNBKS
    "minimal zulässiger Kraftstoffdruck Niederdruckseite"
    VALUE
    0x829F14
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PMNDDEBKS
    "Kraftstoffdruck untere Schwelle bei Betrieb mit defektem Druckdämpfer relativ"
    VALUE
    0x829F16
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PMSVNEGATE
    ""
    VALUE
    0x81066D
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81066D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRAAAA
    "Dummy fid für Basispriorität aktive Funktion!! (Mode A)"
    VALUE
    0x81E1B0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRAADBKS
    "Regelabweichung während B_sa durch Gegenmaßnahme ausgeglichen"
    VALUE
    0x829F18
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRADBKS
    "Regelabweichung für kritischen Drucküberschwinger in DBKS"
    VALUE
    0x829F1A
    KwSw
    6553.500
    p_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRADDSV
    "Basispriorität der Funktion ADDSV (Diagnose Drucksteuerventil)"
    VALUE
    0x81E1B2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRAFRA
    "Basispriorität: Mode A, mult. Bereich der LRA"
    VALUE
    0x81E1B4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRAFRAT
    ""
    VALUE
    0x81E1B6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRAORA
    "Basispriorität: Mode A, additiver Bereich der LRA"
    VALUE
    0x81E1B8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRATEH
    "Basispriorität: Mode A, TE mit hoher Beladung"
    VALUE
    0x81E1BA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRATEL
    "Basispriorität: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81E1BC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRATEM
    "Basispriorität: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81E1BE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRATEN
    "Basispriorität der Funktion ATEN (Notlauf-Tankentlüftung)"
    VALUE
    0x81E1C0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRATEVH
    "Basispriorität der Funktion ATEVH (Diagnose TEV homogen)"
    VALUE
    0x81E1C2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRATEVM
    "Basispriorität der Funktion ATEVM (Diagnose TEV mager)"
    VALUE
    0x81E1C4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBAAA
    "Dummy fid für Basispriorität inaktive Funktion!! (Mode B)"
    VALUE
    0x81E1C6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBAGRA
    "Basispriorität der Funktion BAGRA (AGR Adaption)"
    VALUE
    0x81E1C8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBDLSU
    ""
    VALUE
    0x81E1CA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBFRST
    "Basispriorität: Mode B, Kurztest der LR"
    VALUE
    0x81E1CC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBFUPS
    ""
    VALUE
    0x81E1CE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBHMM
    "Basisprio Fkt BHMM (BDE-Mode Homogen-Mager)"
    VALUE
    0x81E1D0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBHOM
    "Basisprio Fkt BHOM (BDE-Mode Homogen)"
    VALUE
    0x81E1D2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBHOS
    "Basisprio Fkt BHOS (BDE-Mode Homogen-Schicht)"
    VALUE
    0x81E1D4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBKTSP
    "Basispriorität der Funktion BKTSP (Kat.-Sprungdiagnose)"
    VALUE
    0x81E1D6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBLAHH
    "Basispriorität der Funktion BLAHH (LambdaShift HOM-SchwingPrüf LS HK)"
    VALUE
    0x81E1D8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBLAHH2
    "Basispriorität der Funktion BLAHH2 (LambdaShift HOM-SchwingPrüf LS HK Bank2)"
    VALUE
    0x81E1DA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBLASH
    "Basispriorität: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81E1DC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBLLRH
    "Basispriorität der Funktion BLLRH (Drehzahlabweichung HOM)"
    VALUE
    0x81E1DE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBLLRM
    "Basispriorität der Funktion BLLRM (Drehzahlabweichung SCH)"
    VALUE
    0x81E1E0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBLSU
    "Basispriorität: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81E1E2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBPBRI
    ""
    VALUE
    0x81E1E4
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBPLSU
    ""
    VALUE
    0x81E1E6
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBSCH
    "Basisprio Fkt BSCH (BDE-Mode Schicht)"
    VALUE
    0x81E1E8
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBSKH
    "Basisprio Fkt BSKH (BDE-Mode Schicht-Kat-Heizen)"
    VALUE
    0x81E1EA
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBTEST
    "Basispriorität: Mode B, TEV-Ansteuerung aus Leckdiagnose"
    VALUE
    0x81E1EC
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBTEVP
    ""
    VALUE
    0x81E1EE
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRBTKP
    "Basispriorität inaktive Funktion, passive thermisch Katalysatordiagnose"
    VALUE
    0x81E1F0
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRCAAA
    "Dummy fid für Basispriorität Inhibit-Only-Fid!! (Mode C)"
    VALUE
    0x81E1F2
    KwUw
    16383.00
    dez
    0.00
    16383.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRDUDBKS
    "Relativdruck Grenzwert ab dem kritischer Drucküberschwinger angezeigt wird"
    VALUE
    0x829F1C
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRGRENZ
    "Maximalwert für Raildruck über EKP"
    VALUE
    0x81357A
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81357A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRHLSUL
    "Kleine relative Heizleistung bis zum Erreichen der Bedingung Taupunktende"
    VALUE
    0x82E4C4
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRIOMAKUPL
    "Prioroität phuhom (urgency Betriebsart homogen) bei Anf.  (Kupplungsadaption)"
    VALUE
    0x819399
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819399  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRISTMX
    "Maximaler Raildruckschwelle bei MSV Fehler"
    VALUE
    0x8296D8
    KwUw
    2.000000
    p_q0p0005
    11.00000
    13.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRMIN
    "Minimalwertbegrenzung Sollwert Raildruck"
    VALUE
    0x82C41E
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C41E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRMIN_UM
    "minimal zulässiger Druck für Überwachung auf Basis Kraftstoffmasse"
    VALUE
    0x8140AD
    KwUb
    32.79
    p_q0p1286
    0.00
    32.79

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140AD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRNL1
    "Vorgabewert Raildruckistwert"
    VALUE
    0x82BFBC
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRNOESAB
    "Raildruckschwelle für Einspritzabbruch bei BDE"
    VALUE
    0x82AFEA
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRNSCH
    "Mindestdruck für Schichtbetrieb"
    VALUE
    0x82BC42
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRRGLMAX
    "Begrenzung Maximalwert I-Anteil des Reglers"
    VALUE
    0x82BC48
    KwSw
    32.76750
    p_q0p0005
    -16.38400
    16.38350

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRRGLMIN
    "Begrenzung Minimalwert I-Anteil des Reglers"
    VALUE
    0x82BC4A
    KwSw
    32.76750
    p_q0p0005
    -16.38400
    16.38350

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRSOLAP
    "Applikationswert Raildruck Sollwert"
    VALUE
    0x82C420
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C420  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRSTT
    "Solldruck im Start"
    VALUE
    0x82BC44
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSBKSFA
    "Solldruckvorgabe BKS bei Anforderung für schnelle Adaption im Kurztrip"
    VALUE
    0x829EA8
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSHDRMST
    "Druckschwelle Hochdruckrail für Hochlauf beendet"
    VALUE
    0x829EAA
    KwUw
    32.76750
    p_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSHMMAP
    "Applikationswert Sollsaugrohrdruck im homogenen Magerbetrieb"
    VALUE
    0x82B19E
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B19E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSHOSAP
    "Applikationswert Sollsaugrohrdruck im Homogen/SchichtBetrieb"
    VALUE
    0x82B1A0
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSHYSHL
    "Druckhysterese zur Fehlerheilung für Diagnose Saugrohrdrucksensor"
    VALUE
    0x82A158
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A158  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSINIPL
    "Wert für Prüfung Saugrohr Initialisierungsdruck"
    VALUE
    0x82A15A
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A15A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSIREXHMN
    "Minimaler Inertgas Partialdruck von externer AGR Homogenbetrieb"
    VALUE
    0x8137D4
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSIREXHMX
    "Maximaler Inertgas Partialdruck von externer AGR Homogenbetrieb"
    VALUE
    0x8137D6
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSIREXSMN
    "Minimaler Inertgas Partialdruck von externer AGR Schichtbetrieb"
    VALUE
    0x8137D8
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSIREXSMX
    "Maximaler Inertgas Partialdruck von externer AGR Schichtbetrieb"
    VALUE
    0x8137DA
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSKBKS
    "Kraftstoffsolldruck konstante Vorgabe"
    VALUE
    0x829EAC
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSKRERMX
    "Solldruck Kraftstoff maximal bei Fehler Druckschwingungsdämpfer"
    VALUE
    0x829EAE
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSKRMN
    "Solldruck Kraftstoff minimal"
    VALUE
    0x829EB0
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSKRMX
    "Solldruck Kraftstoff maximal"
    VALUE
    0x829EB2
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSLREXHMN
    "Minimaler Luft- Partialdruck von externer AGR Homogenbetrieb"
    VALUE
    0x8137DC
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSLREXHMX
    "Maximaler Luft- Partialdruck von externer AGR Homogenbetrieb"
    VALUE
    0x8137DE
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSLREXSMN
    "Minimaler Luft- Partialdruck von externer AGR Schichtbetrieb"
    VALUE
    0x8137E0
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSLREXSMX
    "Maximaler Luft- Partialdruck von externer AGR Schichtbetrieb"
    VALUE
    0x8137E2
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSNHSLL
    "Solldruck bei Heisstart oder LL-Phase"
    VALUE
    0x829EB4
    KwUw
    6553.500
    p_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSPAGRMX
    "maximales zulässiges Druckverhältnis Saugrohrdruck  / AGR-Abgasgegendruck"
    VALUE
    0x81B412
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B412  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSPUDTEV
    "Androsselungsverhältnis ps zu pu aus DTEV im Magerbetrieb"
    VALUE
    0x81AD48
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD48  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSPVDKUG
    "Verhältnis pspvdk ungedrosselt"
    VALUE
    0x814D46
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSPVDKUGMN
    "Minimalschwelle für Druckverhältnis ungedrosselt"
    VALUE
    0x814D48
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSREBAMN
    "Partialdruck externe AGR Minimum für Freigabe Blendenkorrektur"
    VALUE
    0x81B4F6
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSREFAMN
    "minimaler Partialdruck externe AGR für Faktor-AGR Adaption"
    VALUE
    0x81B4F8
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSREOAMN
    "minimaler Partialdruck externe AGR für Offset-AGR Adaption"
    VALUE
    0x81B4FA
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSREOAMNKT
    "minimaler Partialdruck externe AGR für Offset-AGR Adaption beim Kurztest"
    VALUE
    0x81B4FC
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSSAGRAMN
    "minimaler Sollsaugrohrdruck für AGR Adaption"
    VALUE
    0x81B4FE
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B4FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSSAGRAMX
    "maximaler Sollsaugrohrdruck für AGR Adaption"
    VALUE
    0x81B500
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B500  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSSCHAP
    "Applikationswert Sollsaugrohrdruck im Schichtbetrieb"
    VALUE
    0x82B1A2
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSSKHAP
    "Applikationswert Sollsaugrohrdruck im Betrieb Schicht/Katheizen"
    VALUE
    0x82B1A4
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUCFMSABG
    "Abgasgegendruck am NOx-Sensor-Einbauort"
    CURVE
    0x8284AE
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284AE  0x2E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msab_w
        m_q0p0277
        11
        0.00
        1820.417

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUE
    "Ersatzwert für Umgebungsdruck"
    VALUE
    0x829F76
    KwUw
    1275.000
    p_uw_q0p039
    0.00
    1275.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUEBKV
    "Ersatzwert für Umgebungsdruck für BKV"
    VALUE
    0x82F17E
    KwUw
    1279.961
    p_uw_q0p039
    0.00
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F17E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUELBK
    "Ersatzwert für Umgebungsdruck für lbk"
    VALUE
    0x82A8C8
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNHOM
    "P-Reglerparameter bei Homogenbetrieb"
    CURVE
    0x810890
    GklWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810890  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNHOMV
    "P-Reglerparamter bei Homogenbetrieb und Kraftschluß"
    CURVE
    0x81089A
    GklWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81089A  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNKH
    "Kennlinie P-Verstärkung bei Thermoreaktor"
    CURVE
    0x815362
    KlAUbSstSbWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815362  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNSCH
    "P-Reglerparameter bei Schichtbetrieb"
    CURVE
    0x8108A4
    GklWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8108A4  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNSCHV
    "P-Reglerparameter bei Schichtbetrieb und Kraftschluß"
    CURVE
    0x8108AE
    GklWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8108AE  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNST
    "Kennlinie P-Verstärkung bei Start"
    CURVE
    0x8108B8
    GklWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8108B8  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVLDNEZ
    "LLR: P-Verstärkung bei stehendem Fahrzeug (Luftanteil)"
    MAP
    0x8108C2
    GkfWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8108C2  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        AXIS_PTS_REF SEZ04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVLDNEZV
    "LLR: P-Verstärkung bei stehendem Fahrzeug (Luftanteil)"
    MAP
    0x8108EA
    GkfWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8108EA  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        AXIS_PTS_REF SEZ04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PWMINBKS
    "Initialisierungswert für lepwmbks_w"
    VALUE
    0x829EB6
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PWMRAMPINC
    "Incrementwert pro Zeitraster beim Abrampen DFPWM"
    VALUE
    0x811DEE
    KwUb
    49.61
    rel_ub_b99p6
    0.3906
    50.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PZWKRA
    "Prozentuale Häufigkeit der ZW-Ausgabe durch die KR während Dynamikadaption"
    VALUE
    0x8106D7
    KwUb
    100.0
    dez
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QKLILU1
    "Festwert Wärmestrom Klima f. Lüfter 1"
    VALUE
    0x81B06A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B06A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QKLILU2
    "Festwert Wärmestrom Klima f. Lüfter 2"
    VALUE
    0x81B06B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B06B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMAXL1A
    "Ausschaltschwelle Lüfter 2"
    VALUE
    0x81B06C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B06C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMAXL1E
    "Einschaltschwelle Lüfter 1"
    VALUE
    0x81B06D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B06D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMAXL1INI
    "Initialisierungswert Einschaltschwelle Lüfter 1"
    VALUE
    0x81B06E
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B06E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMAXL2A
    "Ausschaltschwelle Lüfter 2"
    VALUE
    0x81B06F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B06F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMAXL2E
    "Einschaltschwelle Lüfter 2"
    VALUE
    0x81B070
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B070  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMAXL2INI
    "Initialisierungswert Einschaltschwelle Lüfter 2"
    VALUE
    0x81B071
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B071  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QTIDTEEN
    "Quotient ti/timin für DTEV Freigabe"
    VALUE
    0x81AD49
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD49  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QTIDTEMN
    "Quotient ti/timin für DTEV Abbruch"
    VALUE
    0x81AD4A
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD4A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QTKWAIK
    "Faktor Regleranteil Lüfteransteuerung"
    VALUE
    0x81B072
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B072  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QTKWAIMN
    "Minimaler Regleranteil Lüfteransteuerung"
    VALUE
    0x81B073
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B073  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QTKWAIMX
    "Minimaler Regleranteil Lüfteransteuerung"
    VALUE
    0x81B074
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B074  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QVHDS
    """Klimahochdruckanforderung"" in °C"
    VALUE
    0x81B075
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B075  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RALEZMAX
    "Begrenzung der Anzahl rückwärts drehender Zähne im Auslauf"
    VALUE
    0x810196
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810196  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RAMPASR
    "Rampensteilheit bei Aufregelung des ASR-Moments"
    VALUE
    0x813790
    KwUw
    99.99695
    rel_uw_b100
    0.001525879
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813790  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RANDSEED
    "Startwert Zufallsgenerator"
    VALUE
    0x81BFFE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFAAA
    "Dummy fid: Relation dfp (Fehlerpfad) - fid (function identifier)"
    VAL_BLK
    0x818F8A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFAATUN
    ""
    VAL_BLK
    0x818F8C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFAGRE
    "Relation dfp -> fid: AGR-Ventil Endstufe"
    VAL_BLK
    0x818F8E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFAGRL
    ""
    VAL_BLK
    0x818F90
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFAGRS
    ""
    VAL_BLK
    0x818F92
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFAGRV
    ""
    VAL_BLK
    0x818F94
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFATNV
    ""
    VAL_BLK
    0x818F96
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFBKS
    ""
    VAL_BLK
    0x818F98
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFBKSE
    ""
    VAL_BLK
    0x818F9A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFBM
    "Relation dfp -> fid: Bezugsmarkengeber"
    VAL_BLK
    0x818F9C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFBREMS
    "Relation dfp -> fid: Pedalwertgeber Bremse"
    VAL_BLK
    0x818F9E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818F9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFBWF
    ""
    VAL_BLK
    0x818FA0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCAIR
    ""
    VAL_BLK
    0x818FA2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCAIRP
    ""
    VAL_BLK
    0x818FA4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCAS
    ""
    VAL_BLK
    0x818FA6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCAT
    ""
    VAL_BLK
    0x818FA8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCBSG
    ""
    VAL_BLK
    0x818FAA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCGE
    ""
    VAL_BLK
    0x818FAC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCGRA
    ""
    VAL_BLK
    0x818FAE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCIF
    "Relation dfp -> fid:CAN-Schnittstelle, interner Fehler"
    VAL_BLK
    0x818FB0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCINS
    ""
    VAL_BLK
    0x818FB2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFCKLA
    ""
    VAL_BLK
    0x818FB4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDK
    "Relation dfp -> fid:	DK - Potentiometer"
    VAL_BLK
    0x818FB6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDK1P
    ""
    VAL_BLK
    0x818FB8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDK2P
    ""
    VAL_BLK
    0x818FBA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDPL
    "Relation dfp -> fid: Dauerplus"
    VAL_BLK
    0x818FBC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDPUPSR
    ""
    VAL_BLK
    0x818FBE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDSBKV
    ""
    VAL_BLK
    0x818FC0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDSKV
    ""
    VAL_BLK
    0x818FC2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDSS
    "Relation dfp -> fid: Saugrohr-Drucksensor"
    VAL_BLK
    0x818FC4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDSU
    "Relation dfp -> fid: Drucksensor Umgebung"
    VAL_BLK
    0x818FC6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDSV
    ""
    VAL_BLK
    0x818FC8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEE
    ""
    VAL_BLK
    0x818FCA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEF
    ""
    VAL_BLK
    0x818FCC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEFO
    ""
    VAL_BLK
    0x818FCE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEL
    ""
    VAL_BLK
    0x818FD0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEN
    ""
    VAL_BLK
    0x818FD2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVER
    ""
    VAL_BLK
    0x818FD4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVET
    ""
    VAL_BLK
    0x818FD6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEU
    ""
    VAL_BLK
    0x818FD8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEUB
    ""
    VAL_BLK
    0x818FDA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEUW
    ""
    VAL_BLK
    0x818FDC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDVEV
    ""
    VAL_BLK
    0x818FDE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFDYLSU
    ""
    VAL_BLK
    0x818FE0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFFP1P
    ""
    VAL_BLK
    0x818FE2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFFP2P
    ""
    VAL_BLK
    0x818FE4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFFPP
    "Relation dfp -> fid: FPP"
    VAL_BLK
    0x818FE6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFFRA
    "Relation dfp -> fid: LR-Adaption multiplikativ"
    VAL_BLK
    0x818FE8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFFRST
    "Relation dfp -> fid:LR-Abweichung"
    VAL_BLK
    0x818FEA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFGECOD
    ""
    VAL_BLK
    0x818FEC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFGRBH
    ""
    VAL_BLK
    0x818FEE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVH1
    ""
    VAL_BLK
    0x818FF0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVH2
    ""
    VAL_BLK
    0x818FF2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVH3
    ""
    VAL_BLK
    0x818FF4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVH4
    ""
    VAL_BLK
    0x818FF6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVK
    ""
    VAL_BLK
    0x818FF8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVL1
    ""
    VAL_BLK
    0x818FFA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVL2
    ""
    VAL_BLK
    0x818FFC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVL3
    ""
    VAL_BLK
    0x818FFE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x818FFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDEVL4
    ""
    VAL_BLK
    0x819000
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819000  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHDR
    ""
    VAL_BLK
    0x819002
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819002  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHELSU
    ""
    VAL_BLK
    0x819004
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819004  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHLA
    ""
    VAL_BLK
    0x819006
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819006  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHNOHK
    ""
    VAL_BLK
    0x819008
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819008  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHNOHKE
    ""
    VAL_BLK
    0x81900A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81900A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHRE
    ""
    VAL_BLK
    0x81900C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81900C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHSH
    "Relation dfp -> fid: Heizung Lambdasonde hinter Kat"
    VAL_BLK
    0x81900E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81900E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHSV
    "Relation dfp -> fid: Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x819010
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819010  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHSVE
    ""
    VAL_BLK
    0x819012
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819012  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFHSVSA
    ""
    VAL_BLK
    0x819014
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819014  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFICLSU
    ""
    VAL_BLK
    0x819016
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819016  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKAT
    "Relation dfp -> fid: Katalysator"
    VAL_BLK
    0x819018
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819018  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKRA01
    ""
    VAL_BLK
    0x81901A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81901A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKRA02
    ""
    VAL_BLK
    0x81901C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81901C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKRA03
    ""
    VAL_BLK
    0x81901E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81901E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKRA04
    ""
    VAL_BLK
    0x819020
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819020  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKRNT
    "Relation dfp -> fid: Klopfregelung Nulltest"
    VAL_BLK
    0x819022
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819022  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKROF
    "Relation dfp -> fid: Klopfreglung Offset"
    VAL_BLK
    0x819024
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819024  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKRTP
    "Relation dfp -> fid: Klopfregelung Testimpuls"
    VAL_BLK
    0x819026
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819026  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKS1
    "Relation dfp -> fid: Klopfsensor 1"
    VAL_BLK
    0x819028
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819028  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFKUPPL
    "Relation dfp -> fid: Pedalwertgeber Kupplung"
    VAL_BLK
    0x81902A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81902A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLASH
    "Relation dfp -> fid:	Lambda-Sondenalterung hinter Kat."
    VAL_BLK
    0x81902C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81902C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLBK
    ""
    VAL_BLK
    0x81902E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81902E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLBKE
    ""
    VAL_BLK
    0x819030
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819030  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLBKO
    ""
    VAL_BLK
    0x819032
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819032  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLBKP
    ""
    VAL_BLK
    0x819034
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819034  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLGHMM
    ""
    VAL_BLK
    0x819036
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819036  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLLRH
    ""
    VAL_BLK
    0x819038
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819038  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLLRM
    ""
    VAL_BLK
    0x81903A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81903A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLM
    "Relation dfp -> fid: Hauptfüllungssignal"
    VAL_BLK
    0x81903C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81903C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLSH
    "Relation dfp -> fid: Lambdasonde hinter Kat"
    VAL_BLK
    0x81903E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81903E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLSUIA
    ""
    VAL_BLK
    0x819040
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819040  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLSUIP
    ""
    VAL_BLK
    0x819042
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819042  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLSUKS
    ""
    VAL_BLK
    0x819044
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819044  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLSUUN
    ""
    VAL_BLK
    0x819046
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819046  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLSUVM
    ""
    VAL_BLK
    0x819048
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819048  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLSV
    "Relation dfp -> fid: Lambdasonde vor Kat"
    VAL_BLK
    0x81904A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81904A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLUES1E
    ""
    VAL_BLK
    0x81904C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81904C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLUES2E
    ""
    VAL_BLK
    0x81904E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81904E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFLZSR
    ""
    VAL_BLK
    0x819050
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819050  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFMD
    ""
    VAL_BLK
    0x819052
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819052  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFMD00
    ""
    VAL_BLK
    0x819054
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819054  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFMD01
    ""
    VAL_BLK
    0x819056
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819056  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFMD02
    ""
    VAL_BLK
    0x819058
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819058  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFMD03
    ""
    VAL_BLK
    0x81905A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81905A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFMDB
    ""
    VAL_BLK
    0x81905C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81905C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFMDSCH
    "Relation dfp -> fid: Aussetzer in Schichtbetrieb"
    VAL_BLK
    0x81905E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81905E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFMSVE
    ""
    VAL_BLK
    0x819060
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819060  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFN
    "Relation dfp -> fid: Drehzahlsignalgeber"
    VAL_BLK
    0x819062
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819062  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFNOHK
    ""
    VAL_BLK
    0x819064
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819064  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFNOHKP
    ""
    VAL_BLK
    0x819066
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819066  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFNWKW
    ""
    VAL_BLK
    0x819068
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819068  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFNX
    ""
    VAL_BLK
    0x81906A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81906A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFORA
    ""
    VAL_BLK
    0x81906C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81906C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFPH
    "Relation dfp -> fid: Phasengeber"
    VAL_BLK
    0x81906E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81906E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFPLLSU
    ""
    VAL_BLK
    0x819070
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819070  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFSALSU
    ""
    VAL_BLK
    0x819072
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819072  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFSCR
    ""
    VAL_BLK
    0x819074
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819074  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFSGEEP
    ""
    VAL_BLK
    0x819076
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819076  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFSGEEW
    ""
    VAL_BLK
    0x819078
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819078  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFSKNO
    ""
    VAL_BLK
    0x81907A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81907A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTA
    "Relation dfp -> fid: TANS"
    VAL_BLK
    0x81907C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81907C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTAHFM
    ""
    VAL_BLK
    0x81907E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81907E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTANKL
    "Relation dfp -> fid: OBDII Fehler auf Grund eines leeren Tanks"
    VAL_BLK
    0x819080
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819080  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTES
    "Relation dfp -> fid: Tankdiagnose, TEV offen"
    VAL_BLK
    0x819082
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819082  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTEVE
    "Relation dfp -> fid: Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x819084
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819084  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTKA
    ""
    VAL_BLK
    0x819086
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819086  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTM
    "Relation dfp -> fid: Motortemperatur TMOT"
    VAL_BLK
    0x819088
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819088  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTMKI
    "Relation dfp -> fid: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x81908A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81908A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFTUM
    "Relation dfp -> fid: Umgebungstemperatur TUM"
    VAL_BLK
    0x81908C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81908C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUB
    "Relation dfp -> fid:	UB"
    VAL_BLK
    0x81908E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81908E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUBR
    ""
    VAL_BLK
    0x819090
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819090  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFMV
    "Relation dfp -> fid: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x819092
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819092  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFNC
    ""
    VAL_BLK
    0x819094
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819094  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFPR
    ""
    VAL_BLK
    0x819096
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819096  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFRKC
    ""
    VAL_BLK
    0x819098
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x819098  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFRLIP
    ""
    VAL_BLK
    0x81909A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81909A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFSGA
    ""
    VAL_BLK
    0x81909C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81909C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFSGB
    ""
    VAL_BLK
    0x81909E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81909E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFSKA
    "Relation dfp -> fid: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x8190A0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFUFSPSC
    ""
    VAL_BLK
    0x8190A2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFULSU
    ""
    VAL_BLK
    0x8190A4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFURRAM
    ""
    VAL_BLK
    0x8190A6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFURROM
    ""
    VAL_BLK
    0x8190A8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFURRST
    ""
    VAL_BLK
    0x8190AA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFVFZ
    "Relation dfp -> fid:	Fahrzeug-Geschwindigkeit"
    VAL_BLK
    0x8190AC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFVTK
    "Relation dfp -> Thermische Katalysatordiagnose"
    VAL_BLK
    0x8190AE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFWFS
    "Relation dfp -> fid: Wegfahrsperre"
    VAL_BLK
    0x8190B0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFWFSRC
    "Relation dfp -> fid: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x8190B2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZET1
    ""
    VAL_BLK
    0x8190B4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZET2
    ""
    VAL_BLK
    0x8190B6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZET3
    ""
    VAL_BLK
    0x8190B8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZET4
    ""
    VAL_BLK
    0x8190BA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZGST00
    ""
    VAL_BLK
    0x8190BC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZGST01
    ""
    VAL_BLK
    0x8190BE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZGST02
    ""
    VAL_BLK
    0x8190C0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZGST03
    ""
    VAL_BLK
    0x8190C2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDFZZZ
    "Dummy fid: Relation dfp (Fehlerpfad) - fid (function identifier)"
    VAL_BLK
    0x8190C4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x8190C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDUNDEF
    "Winkelbereich in dem keine Plausibilisierung des Rückdrehverdachts möglich ist"
    VALUE
    0x810193
    KwUb
    1530.
    kw_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810193  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_AZOFFM_DAT_UC
    ""
    VAL_BLK
    0x811396
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811396  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_C2_DAT_UC
    ""
    VAL_BLK
    0x8113A6
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8113A6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_C3_DAT_UC
    ""
    VAL_BLK
    0x8113B6
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8113B6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_EVZAUS_DAT_UC
    ""
    VAL_BLK
    0x8113C6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8113C6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_NMOT_DAT_UC
    ""
    VAL_BLK
    0x8113D6
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8113D6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_RFLAGS_DAT_UC
    ""
    VAL_BLK
    0x8113E6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8113E6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_SPSN_DAT_UC
    ""
    VAL_BLK
    0x8113F6
    KwbUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8113F6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_T2_UC
    "Fehlerzeit bei der Funktionsüberwachungs-Fehlerreaktionsüberw. im Befehlstest"
    VALUE
    0x811406
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811406  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_T2_UM
    "Fehlerzeit bei der Funktionsüberwachungs-Fehlerreaktionsüberwachung"
    VALUE
    0x8141D4
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_T3_UC
    "Fehlerzeit bei Prüfung der Zündausblendung im Befehlstest"
    VALUE
    0x811407
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811407  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_T3_UM
    "Fehlerzeit bei Prüfung der Zündausblendung in der Fehlerreaktionsüberwachung"
    VALUE
    0x8141D5
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDABM
    "Ev-Abschaltmuster für Momentenreduzierung"
    MAP
    0x810399
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810399  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        evrbgn_one
        dez
        4
        0.00
        3.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  4

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        redsol_one
        dez
        4
        0.00
        3.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  4

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDDMRKH
    "Reduzierte Momentenreserve für Katheizen, um Umschalten HSP->HOM zu ermöglichen"
    VALUE
    0x814F60
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDHYOC
    "Hysterese der Reduzierstufe bei größerer Soll-Reduzierstufe als Ist-Wert"
    VALUE
    0x810A39
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A39  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDHYOCS
    "Hysterese der Reduzierstufe bei größerer Soll-Reduzierstufe als Ist-Wert (Mager)"
    VALUE
    0x810A3A
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A3A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDHYUC
    "Hysterese der Reduzierstufe bei kleinerer Soll-Reduzierstufe als Ist-Wert"
    VALUE
    0x810A3B
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A3B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDHYUCS
    "Hysterese der Reduzierstufe bei kleinerer Soll-Reduzierstufe als Ist-Wert(Mager)"
    VALUE
    0x810A3C
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A3C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDMXSA
    "maximale Reduzierstufe bei sequentieller Schubabschaltung"
    VALUE
    0x810A3D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A3D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDNMX
    "maximale Reduzierstufe bei sequentieller Schubabschaltung, Drehzahlbegrenzung"
    VALUE
    0x810A3E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A3E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDZEM
    "Schwelle zwischen Zündeingriff und Einspritzausblendung"
    CURVE
    0x81AA1B
    KlAUbSstUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA1B  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDZEMNL
    "Schwelle zwischen Zündeingriff und Einspritzausblendung, Notlauf"
    CURVE
    0x81AA26
    KlAUbSstUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA26  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    REFINI
    "Startwert Referenzpegel bei Klopfregelung aktiv"
    VALUE
    0x8106B6
    KwUb
    0.7227
    spg_ub_b5
    0.2930
    1.016

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RELEHNO
    "Referenzleistung NOx-Sensorheizung"
    VALUE
    0x8289F4
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RESETMAX
    ""
    VALUE
    0x8181E3
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFAAAA
    "Dummy fid: Relation fid zu dfp (Mode A)"
    VALUE
    0x8190C6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFADDSV
    "Fehlerpfad (DFP) zu dem Drucksteuerventil beiträgt"
    VALUE
    0x8190C7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFAFRA
    "Relation fid zu dfp: Mode A, Bereich FRA in LRA"
    VALUE
    0x8190C8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFAFRAT
    ""
    VALUE
    0x8190C9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFAORA
    "Relation fid zu dfp: Mode A, Bereich ORA in LRA"
    VALUE
    0x8190CA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFATEH
    "Relation fid zu dfp: Mode A, TE mit hoher Beladung"
    VALUE
    0x8190CB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFATEL
    "Relation fid zu dfp: Mode A, TE mit niedriger Beladung"
    VALUE
    0x8190CC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFATEM
    "Relation fid zu dfp: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x8190CD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFATEN
    "Fehlerpfad (DFP) zu dem Notlauf-Tankentlüftung beiträgt"
    VALUE
    0x8190CE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFATEVH
    "Fehlerpfad (DFP) zu dem Diagnose TEV homogen beiträgt"
    VALUE
    0x8190CF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFATEVM
    "Fehlerpfad (DFP) zu dem Diagnose TEV mager beiträgt"
    VALUE
    0x8190D0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBAAA
    "Dummy fid: Relation fid zu dfp (Mode B)"
    VALUE
    0x8190D1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBAGRA
    "Fehlerpfad (DFP) zu dem AGR Adaption beiträgt"
    VALUE
    0x8190D2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBDLSU
    ""
    VALUE
    0x8190D3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBFRST
    "Relation fid zu dfp: Mode B, Kurztest der LR"
    VALUE
    0x8190D4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBFUPS
    ""
    VALUE
    0x8190D5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBHMM
    "DFP zu dem BDE-Mode Homogen-Mager beiträgt"
    VALUE
    0x8190D6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBHOM
    "DFP zu dem BDE-Mode Homogen beiträgt"
    VALUE
    0x8190D7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBHOS
    "DFP zu dem BDE-Mode Homogen-Schicht beiträgt"
    VALUE
    0x8190D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBKTSP
    "Fehlerpfad (DFP) zu dem Kat.-Sprungdiagnose beiträgt"
    VALUE
    0x8190D9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBLAHH
    "Fehlerpfad (DFP) zu dem LambdaShift HOM-SchwingPrüf LS HK beiträgt"
    VALUE
    0x8190DA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBLAHH2
    "Fehlerpfad (DFP) zu dem LambdaShift HOM-SchwingPrüf LS HK Bank2 beiträgt"
    VALUE
    0x8190DB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBLASH
    "Relation fid zu dfp: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x8190DC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBLLRH
    "Fehlerpfad (DFP) zu dem Drehzahlabweichung HOM beiträgt"
    VALUE
    0x8190DD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBLLRM
    "Fehlerpfad (DFP) zu dem Drehzahlabweichung SCH beiträgt"
    VALUE
    0x8190DE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBLSU
    "Relation fid zu dfp: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x8190DF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBPBRI
    ""
    VALUE
    0x8190E0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBPLSU
    ""
    VALUE
    0x8190E1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBSCH
    "DFP zu dem BDE-Mode Schicht beiträgt"
    VALUE
    0x8190E2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBSKH
    "DFP zu dem BDE-Mode Schicht-Kat-Heizen beiträgt"
    VALUE
    0x8190E3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBTEST
    "Relation fid zu dfp: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x8190E4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBTEVP
    ""
    VALUE
    0x8190E5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFBTKP
    "Relation fid zu dfp, passive thermische Katalysatordiagnose"
    VALUE
    0x8190E6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFCAAA
    ""
    VALUE
    0x8190E7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RFREXTSABG
    "Schwelle für Bedingung Restgas im Saugrohr"
    VALUE
    0x813912
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813912  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGAAAA
    "Dummy fid: Rampenprio obere Grenze für aktive Funkt. (Mode A)"
    VALUE
    0x81E1F4
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGADDSV
    "obere Schranke  Rampenpriorität RPRADDSV  Drucksteuerventil"
    VALUE
    0x81E1F6
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGAFRA
    "Rampenpriorität oberer Grenzwert: Mode A, Bereich FRA in LRA"
    VALUE
    0x81E1F8
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGAFRAT
    ""
    VALUE
    0x81E1FA
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGAORA
    "Rampenpriorität oberer Grenzwert: Mode A, Bereich ORA in LRA"
    VALUE
    0x81E1FC
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGATEH
    "Rampenpriorität oberer Grenzwert: Mode A, TE mit hoher Beladung"
    VALUE
    0x81E1FE
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E1FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGATEL
    "Rampenpriorität oberer Grenzwert: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81E200
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E200  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGATEM
    "Rampenpriorität oberer Grenzwert: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81E202
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E202  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGATEN
    "obere Schranke  Rampenpriorität RPRATEN  Notlauf-Tankentlüftung"
    VALUE
    0x81E204
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E204  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGATEVH
    "obere Schranke  Rampenpriorität RPRATEVH  Diagnose TEV homogen"
    VALUE
    0x81E206
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E206  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGATEVM
    "obere Schranke  Rampenpriorität RPRATEVM  Diagnose TEV mager"
    VALUE
    0x81E208
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E208  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBAAA
    "Dummy fid: Rampenprio obere Grenze für inaktive Funkt. (Mode B)"
    VALUE
    0x81E20A
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E20A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBAGRA
    "obere Schranke  Rampenpriorität RPRBAGRA  AGR Adaption"
    VALUE
    0x81E20C
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E20C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBDLSU
    ""
    VALUE
    0x81E20E
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E20E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBFRST
    "Rampenpriorität oberer Grenzwert: Mode B, Kurztest der LR"
    VALUE
    0x81E210
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E210  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBFUPS
    ""
    VALUE
    0x81E212
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E212  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBHMM
    "Oberes Limit von RPRBHMM (BDE-Mode Homogen-Mager)"
    VALUE
    0x81E214
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E214  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBHOM
    "Oberes Limit von RPRBHOM (BDE-Mode Homogen)"
    VALUE
    0x81E216
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E216  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBHOS
    "Oberes Limit von RPRBHOS (BDE-Mode Homogen-Schicht)"
    VALUE
    0x81E218
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E218  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBKTSP
    "obere Schranke  Rampenpriorität RPRBKTSP  Kat.-Sprungdiagnose"
    VALUE
    0x81E21A
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E21A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBLAHH
    "obere Schranke  Rampenpriorität RPRBLAHH  LambdaShift HOM-SchwingPrüf LS HK"
    VALUE
    0x81E21C
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E21C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBLAHH2
    "obere Schranke Rampenprio RPRBLAHH2  LambdaShift HOM-SchwingPrüf LS HK Bank2"
    VALUE
    0x81E21E
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E21E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBLASH
    "Rampenpriorität oberer Grenzwert: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81E220
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E220  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBLLRH
    "obere Schranke  Rampenpriorität RPRBLLRH  Drehzahlabweichung HOM"
    VALUE
    0x81E222
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E222  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBLLRM
    "obere Schranke  Rampenpriorität RPRBLLRM  Drehzahlabweichung SCH"
    VALUE
    0x81E224
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E224  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBLSU
    "Rampenpriorität oberer Grenzwert: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81E226
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E226  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBPBRI
    ""
    VALUE
    0x81E228
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E228  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBPLSU
    ""
    VALUE
    0x81E22A
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E22A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBSCH
    "Oberes Limit von RPRBSCH (BDE-Mode Schicht)"
    VALUE
    0x81E22C
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E22C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBSKH
    "Oberes Limit von RPRBSKH (BDE-Mode Schicht-Kat-Heizen)"
    VALUE
    0x81E22E
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E22E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBTEST
    "Rampenpriorität oberer Grenzwert: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x81E230
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E230  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBTEVP
    ""
    VALUE
    0x81E232
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E232  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGBTKP
    "Rampenprio obere Grenze für inaktive Funkt., pass. therm. Katdiagnose"
    VALUE
    0x81E234
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E234  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RGCAAA
    "Dummy fid: Rampenprio obere Grenze für aktive Funkt. (Mode C)"
    VALUE
    0x81E236
    KwUw
    8160.000
    fak_q0p125
    0.00
    8160.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E236  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RHNOB
    "Heizerwiderstand Nox-Sensor beheizt"
    VALUE
    0x8289F6
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RIMN
    "Temperaturschutz NOx-Sensor Abschaltung der Endstufe"
    VALUE
    0x827F8C
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RIMSMN
    "Kleinster erlaubter Innenwiderstand rino"
    VALUE
    0x827F8E
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINCAL
    "Kalibrierwiderstand für Innenwiderstand Nernstzelle"
    VALUE
    0x8168E4
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RININI
    "Initialisierungswert von rinlsu_w ( Widerstandswert der Nernstzelle LSU)"
    VALUE
    0x8168E6
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINLSUPMN
    "Minimale Schwelle für einen plausiblen Innenwiderstand der LSU"
    VALUE
    0x82968A
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82968A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINNPH
    "Schwellwert zur Erkennung ""RI ist unplausibel hoch"""
    VALUE
    0x82EAB4
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOBSA
    "Freigabe Vorsteuerung während Schubabschaltung"
    VALUE
    0x8289F8
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODDOG
    "Obere Grenze des NOx Innenwiderstands zur Offsetbildung in der DNOHK"
    VALUE
    0x828CA4
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODDUG
    "Untere Grenze des NOx Innenwiderstands zur Offsetbildung in der DNOHK"
    VALUE
    0x828CA6
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODEN
    "Freigabe Schwelle fuer NOx-Sensor Innenwiderstandsabweichung"
    VALUE
    0x8289FA
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODMN
    "Min. Regelabweichung NOx-Innenwiderstand"
    VALUE
    0x8284DC
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODMX
    "Max. Regelabweichung NOx-Innenwiderstand"
    VALUE
    0x8284DE
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODOFOG
    "Obere Grenze der Abeichung des NOx Innenwiderstands waehrend der Offsetbildung i"
    VALUE
    0x828CA8
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODOFUG
    "Untere Grenze der Abeichung des NOx Innenwiderstands waehrend der Offsetbildung"
    VALUE
    0x828CAA
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODOG
    "Obergrenze Regelabweichung NOx-Sensor-Innenwiderstand für Schub-Offsetkorrektur"
    VALUE
    0x8284E0
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINODUG
    "Untergrenze Regelabweichung NOx-Sensor-Innenwiderstand für Schub-Offsetkorrektur"
    VALUE
    0x8284E2
    KwSw
    1023.984
    r_q0p0156_ohm
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOFA
    "Freigabe Vorsteuerung für fallenden Abgasmassenstrom"
    VALUE
    0x8289FC
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOHKU
    "Innenwiderstand des NOx-Sensors"
    CURVE
    0x8135D0
    KlAUwSstUwWUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135D0  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uurinoh_w
        spg_q0p00488
        3
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOHMN
    "Minimaler Widerstandswert ohne Heizung"
    VALUE
    0x827F90
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOHMX
    "Maximaler Widerstandswert ohne Heizung"
    VALUE
    0x827F92
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOMN
    "Temperaturschutz NOx-Sensor Abschaltung der Endstufe"
    VALUE
    0x8289FE
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOMX
    "Obere Grenze rino OBD1"
    VALUE
    0x827F94
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOOG
    "Obergrenze rino im Sollwertband"
    VALUE
    0x828A00
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOS
    "Innenwiderstand NOx-Sensor Sollwert"
    VALUE
    0x828A02
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOSMN
    "Minimaler rino-Sollwert mit Heizung"
    VALUE
    0x827F96
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOSMX
    "Maximaler rino-Sollwert mit Heizung"
    VALUE
    0x827F98
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOSSA
    "Innenwiderstand NOx-Sensor Sollwert bei Schubabschaltung"
    VALUE
    0x828A04
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOST
    "Freigabe Vorsteuerung für steigenden Abgasmassenstrom"
    VALUE
    0x828A06
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOSWAUS
    "Schwelle für NOx-Sensor-Innenwiderstand"
    VALUE
    0x828A08
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINOUG
    "Untergrenze rino im Sollwertband"
    VALUE
    0x828A0A
    KwUw
    511.9922
    r_q0p0078125_ohm
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKADTEVO
    "obere rka Schwelle für passive Einschaltbedingungen Diagnose TEV"
    VALUE
    0x82EDE2
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKADTEVU
    "untere rka Schwelle für passive Einschaltbedingungen Diagnose TEV"
    VALUE
    0x82EDE4
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAMX_UC
    "RKAMX_UM im Befehlstest"
    VALUE
    0x810C1A
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAMX_UM
    "max. zulässiger Wert der additiven Lambdaadaption in Funktionsüberwachung"
    VALUE
    0x8140B6
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAPP
    "Applikationswert für rk"
    VALUE
    0x814552
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814552  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKBAUM
    "rk-Schwelle für BA-Anzeige"
    CURVE
    0x82B850
    GklWSw
    6143.813
    rel_sw_q0p1875
    0.00
    6143.813

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B850  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_BDEMODST_DAT_UC
    ""
    VAL_BLK
    0x810CC5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810CC5  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_BFLAGS_DAT_UC
    ""
    VAL_BLK
    0x810CD5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810CD5  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_BHOM_DAT_UC
    ""
    VAL_BLK
    0x810CE5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810CE5  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_BNLH_DAT_UC
    ""
    VAL_BLK
    0x810CF5
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810CF5  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_BSSBLSU_DAT_UC
    ""
    VAL_BLK
    0x810D05
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D05  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_CLSU_DAT_UC
    ""
    VAL_BLK
    0x816652
    KwbUw
    2621.400
    t40msxs_uw_q0p04
    0.00
    2621.400

    FORMAT "%8.3"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816652  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_CURLUF_DAT_UC
    ""
    VAL_BLK
    0x810D15
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D15  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_C_DAT_UC
    ""
    VAL_BLK
    0x810D25
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D25  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_KLAMNF_DAT_UC
    ""
    VAL_BLK
    0x810D35
    KwbUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D35  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_KLAMNL_DAT_UC
    ""
    VAL_BLK
    0x810D45
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D45  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_KLAMS_DAT_UC
    ""
    VAL_BLK
    0x810D55
    KwbUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D55  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_KLAMXF_DAT_UC
    ""
    VAL_BLK
    0x810D65
    KwbUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D65  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_KLAMXL_DAT_UC
    ""
    VAL_BLK
    0x810D75
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D75  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_NMOT_DAT_UC
    ""
    VAL_BLK
    0x810D85
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D85  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_PTR_DAT_UC
    ""
    VAL_BLK
    0x810D95
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810D95  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_RLFG_DAT_UC
    ""
    VAL_BLK
    0x810DA5
    KwbUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810DA5  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_T_UC
    "Fehlertoleranzzeit von rk-lambda-check im Befehlstest"
    VALUE
    0x810DB5
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DB5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_T_UM
    "Fehlertoleranzzeit von rk-lambda-check"
    VALUE
    0x8140E0
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_UULSUV1_DAT_UC
    ""
    VAL_BLK
    0x816672
    KwbUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816672  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_UULSUV2_DAT_UC
    ""
    VAL_BLK
    0x816692
    KwbUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816692  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKDLLR
    "Kraftstoffschwelle für DLLR"
    VALUE
    0x82D8F6
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D8F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKKHAPPL
    "applizierbarer Wert für Doppeleinspritzung Katheizen"
    VALUE
    0x814F9A
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKKHMIN
    "minimal mögliche relative Kraftstoffmasse für Sekundäreinspritzung"
    VALUE
    0x82C778
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C778  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKLLMX
    "Lambdaabweichung bei max. ora_w in LL"
    VALUE
    0x82ADF4
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKRMX1N
    "Maximaler Referenzpegel für Klopferkennungsschwelle Zyl.-gruppe 1"
    CURVE
    0x81A280
    GklWUb
    317.5
    spg_ub_b320
    1.250
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A280  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKRMX2N
    "Maximaler Referenzpegel für Klopferkennungsschwelle Zyl.-gruppe 2"
    CURVE
    0x81A290
    GklWUb
    317.5
    spg_ub_b320
    1.250
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A290  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKTI_T_UM
    "Fehlertoleranzzeit von rk-ti check"
    VALUE
    0x8140AE
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140AE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKTO_UM
    "additive Toleranz für rk-ti check"
    VALUE
    0x8140AF
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140AF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKVAUM
    "rk-Schwelle für VA-Anzeige"
    CURVE
    0x82B862
    GklWSw
    6144.000
    rel_sw_q0p1875
    -6144.000
    0.00

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B862  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDLLR
    "Füllungsschwelle für Diagnose LLR"
    VALUE
    0x81A8DF
    KwUb
    99.75
    rel_ub_q0p75
    0.00
    99.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDYNFA
    "Lastschwelle für Dynamikprüfung LSU bei Kurztest"
    VALUE
    0x81AB1D
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB1D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDYNO
    "obere Lastschwelle für Dynamikprüfung LSU"
    VALUE
    0x81AB1E
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB1E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDYNU
    "untere Lastschwelle für Dynamikprüfung LSU"
    VALUE
    0x81AB1F
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB1F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLIPFIL_UM
    "Filter-Zeitkonstante für verzögerte Lastinfo rlipt_um in d. Funktionsüberwachung"
    VALUE
    0x81406B
    KwUb
    10159.4
    zk40ms_ub_b10200
    40.6299
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLIPTV_UM
    "Verzugszeit für Lastinformation rlip_um in der Funktionsüberwachung"
    VALUE
    0x81406C
    KwUb
    320.000
    t40ms_ub_b10200
    0.00
    320.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLIP_T_UM
    "Fehlertoleranzzeit für den rl/rlip-Vergleich in der Funktionsüberwachg"
    VALUE
    0x81406D
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRHON
    "Kennlinie über nmot, obere rL Regelgrenze für Regler hinter KAT"
    CURVE
    0x81AAF5
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AAF5  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08LHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRHUN
    "Kennlinie über nmot, untere rL Regelgrenze für Regler hinter KAT"
    CURVE
    0x81AAFD
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AAFD  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08LHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRSHB
    "relative Lastschwelle, Abschalten LR bei SLS, in Verbindung mit LL und NLRSHB"
    VALUE
    0x81141E
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81141E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRUN
    "Kennlinie über nmot, untere rL Regelgrenze für Regler vor KAT"
    CURVE
    0x81AA78
    KlAUbSstUbWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA78  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMNHKSN
    "Lastschwelle für homogen Klopfschutz"
    CURVE
    0x82CA1E
    GklWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA1E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMNHMM
    "minimale Luft für Homogen-Mager-Betrieb"
    VALUE
    0x82B73C
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B73C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMNHOS
    "minimale Luft für Homogen-Schicht-Betrieb"
    VALUE
    0x82B73E
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B73E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMNHSPKH
    "Minimale Luftfüllung für Anforderung von Homogen split zum Katheizen"
    VALUE
    0x82BFF2
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMNN
    "Kennlinie minimale Füllung"
    CURVE
    0x82B740
    KlAUwSstUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B740  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMNSAKT
    "Kennlinie minimale Füllung im Schub bei hohen Vorkattemperaturen"
    CURVE
    0x82B772
    KlAUwSstUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B772  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMNSAN
    "Kennlinie minimale Füllung im Schub"
    CURVE
    0x82B7A4
    KlAUwSstUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B7A4  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMNSKH
    "minimale Luft für Schichtbetrieb-Katheizen"
    VALUE
    0x82B7D6
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B7D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLNOT
    "Notlauf rl bei E_DK und E_LM"
    CURVE
    0x82B18A
    KlAUbSstUbWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B18A  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO1
    "obere rl - Schwelle Bereich 1"
    VALUE
    0x82AED4
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AED4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO1M
    "obere rl - Schwelle Bereich 1 im Magerbetrieb"
    VALUE
    0x82AED6
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AED6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO2
    "obere Lastschwelle Bereich 2"
    VALUE
    0x82AED8
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AED8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO2M
    "obere Lastschwelle Bereich 2 im Magerbetrieb"
    VALUE
    0x82AEDA
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO3
    "obere rl - Schwelle Bereich 3"
    VALUE
    0x82AEDC
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO3M
    "obere rl - Schwelle Bereich 3 im Magerbetrieb"
    VALUE
    0x82AEDE
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLRDAGRS
    "Relative Sollfuellung durch externe AGR fuer Diagnose"
    VALUE
    0x81F07A
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F07A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLSOLAP
    "Sollfüllung für Applikationszwecke"
    VALUE
    0x8147F2
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLSOLAPW
    "rlsol-Vorgabe über Kennlinie zur Applikation"
    CURVE
    0x8147F4
    KlAUwSstUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147F4  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped_w
        relPED_uw_b100
        6
        0.00
        100.0000

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU1
    "untere rl - Schwelle Bereich 1"
    VALUE
    0x82AEE0
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU1M
    "untere rl - Schwelle Bereich 1 im Magerbetrieb"
    VALUE
    0x82AEE2
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU2
    "untere rl - Schwelle Bereich 2"
    VALUE
    0x82AEE4
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU2FA
    "untere rl-Schwelle Bereich 2 bei Funktionsanforderung (B_falra)"
    VALUE
    0x82AEE6
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU2M
    "untere rl - Schwelle Bereich 2 im Magerbetrieb"
    VALUE
    0x82AEE8
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU3
    "untere rl - Schwelle Bereich 3"
    VALUE
    0x82AEEA
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU3M
    "untere rl - Schwelle Bereich 3 im Magerbetrieb"
    VALUE
    0x82AEEC
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    RLV08_UM
    "Stutzstellenverteilung für Lastinfo in der Funktionsüberwachung"
    0x8140F0
    rl_um
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8140F0  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    RLX_AOG
    "oberer Grenzwert Anpassung maximaler Ladedruck"
    VALUE
    0x8106F9
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLX_AUG
    "unterer Grenzwert Anpassung maximaler Ladedruck"
    VALUE
    0x8106FA
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RL_BO_UM
    "Offset für Toleranzgerade f(rl_um) für rlipf_um in der Funktionsüberwachung"
    VALUE
    0x81406E
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RL_MO_UM
    "Steigung für Toleranzgerade f(rl_um) für rlipf_um in der Funktionsüberwachung"
    VALUE
    0x81406F
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSTEVIO
    "Schwelle relativer Massenstrom für i.O. Erkennung"
    VALUE
    0x82EDE6
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSTEVMN
    "Minimalwert relativer Massenstrom TEV"
    VALUE
    0x82EDE8
    KwSw
    399.9939
    rel_sw_b200
    -200.0000
    199.9939

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSTEVMX
    "Maximalwert relativer Massenstrom TEV"
    VALUE
    0x82EDEA
    KwSw
    399.9939
    rel_sw_b200
    -200.0000
    199.9939

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ROMRSTA_UM
    "maximale Anzahl Resets bei Fehlererkennung im ROM-Check in der Initialisierung"
    VALUE
    0x8141DF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RRIEFSLRMN
    "Minimum Ext. AGR-Sollrate gefill. für AGR-Adaption"
    VALUE
    0x810678
    KwUb
    5.100
    rel_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810678  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RRIELAHMM
    "Bezugswert externe AGR-Rate für Kennfeld KFLADXHMMA"
    VALUE
    0x82B7D8
    KwUw
    99.99695
    rel_uw_b100
    0.001525879
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B7D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RRIELRED
    "Gereglte Rate Restgas-Inter Delta"
    VALUE
    0x810679
    KwUb
    5.100
    rel_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810679  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RRIELREMN
    "Gereglte Rate Restgas-Inter Minimum"
    VALUE
    0x81067A
    KwUb
    5.100
    rel_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81067A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RRIESAP
    "Applikationswert externe AGR Inertgas Sollrate"
    VALUE
    0x81F07C
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F07C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RRIESRKMN
    "Minimum Inert- Restgasrate für Sollwertabregelung"
    VALUE
    0x812FC0
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RRIESRMN
    "Rate Restgas Inert Extern Sollwert-Regelungsfreigabe Minimum"
    VALUE
    0x81F07E
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F07E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RRIEXTSMZ
    "Inert-Restgasrate fuer externe AGR Sollwert im Zwischenmode-Zustand"
    VALUE
    0x81F080
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F080  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RST_TV_UM
    "Kennung zur Anforderung eines Reset-Tastverhältnisses aus der Funktionsüberwach."
    VALUE
    0x814001
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814001  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAAAAA
    "Dummy fid: Steigung in Aktivphase aktive Funkt. (Mode A)"
    VALUE
    0x81E238
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E238  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAABOMX
    "max. Anzahl von Kaltstarts (abo) zum aktivieren der Schubabgleichfunktion"
    VALUE
    0x8194C1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAADDSV
    "negative Steigung der Rampenpriorität  Drucksteuerventil (aktiv)"
    VALUE
    0x81E23A
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E23A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAAFRA
    "Steigung in Aktivphase: Mode A, Bereich FRA in LRA"
    VALUE
    0x81E23C
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E23C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAAFRAT
    ""
    VALUE
    0x81E23E
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E23E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAAORA
    "Steigung in Aktivphase: Mode A, Bereich ORA in LRA"
    VALUE
    0x81E240
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E240  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAATEH
    "Steigung in Aktivphase: Mode A, TE mit hoher Beladung"
    VALUE
    0x81E242
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E242  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAATEL
    "Steigung in Aktivphase: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81E244
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E244  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAATEM
    "Steigung in Aktivphase: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81E246
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E246  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAATEN
    "negative Steigung der Rampenpriorität  Notlauf-Tankentlüftung (aktiv)"
    VALUE
    0x81E248
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E248  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAATEVH
    "negative Steigung der Rampenpriorität  Diagnose TEV homogen (aktiv)"
    VALUE
    0x81E24A
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E24A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAATEVM
    "negative Steigung der Rampenpriorität  Diagnose TEV mager (aktiv)"
    VALUE
    0x81E24C
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E24C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABAAA
    "Dummy fid: Steigung in Aktivphase inaktive Funkt. (Mode B)"
    VALUE
    0x81E24E
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E24E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABAGRA
    "negative Steigung der Rampenpriorität  AGR Adaption (aktiv)"
    VALUE
    0x81E250
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E250  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABDLSU
    ""
    VALUE
    0x81E252
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E252  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABFRST
    "Steigung in Aktivphase: Mode B, Kurztest der LR"
    VALUE
    0x81E254
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E254  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABFUPS
    ""
    VALUE
    0x81E256
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E256  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABHMM
    "neg. Steig. v. RPRBHMM (BDE-Mode Homogen-Mager, akt.)"
    VALUE
    0x81E258
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E258  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABHOM
    "neg. Steig. v. RPRBHOM (BDE-Mode Homogen, akt.)"
    VALUE
    0x81E25A
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E25A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABHOS
    "neg. Steig. v. RPRBHOS (BDE-Mode Homogen-Schicht, akt.)"
    VALUE
    0x81E25C
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E25C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABKTSP
    "negative Steigung der Rampenpriorität  Kat.-Sprungdiagnose (aktiv)"
    VALUE
    0x81E25E
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E25E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABLAHH
    "negative Steigung der Rampenpriorität  LambdaShift HOM-SchwingPrüf LS HK (aktiv)"
    VALUE
    0x81E260
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E260  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABLAHH2
    "neg. Steigung der Rampenprio LambdaShift HOM-SchwingPrüf LS HK Bank2 (aktiv)"
    VALUE
    0x81E262
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E262  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABLASH
    "Steigung in Aktivphase: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81E264
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E264  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABLLRH
    "negative Steigung der Rampenpriorität  Drehzahlabweichung HOM (aktiv)"
    VALUE
    0x81E266
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E266  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABLLRM
    "negative Steigung der Rampenpriorität  Drehzahlabweichung SCH (aktiv)"
    VALUE
    0x81E268
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E268  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABLSU
    "Steigung in Aktivphase: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81E26A
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E26A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABPBRI
    ""
    VALUE
    0x81E26C
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E26C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABPLSU
    ""
    VALUE
    0x81E26E
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E26E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABSCH
    "neg. Steig. v. RPRBSCH (BDE-Mode Schicht, akt.)"
    VALUE
    0x81E270
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E270  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABSKH
    "neg. Steig. v. RPRBSKH (BDE-Mode Schicht-Kat-Heizen, akt.)"
    VALUE
    0x81E272
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E272  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABTEST
    "Steigung in Aktivphase: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x81E274
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E274  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABTEVP
    ""
    VALUE
    0x81E276
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E276  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SABTKP
    "Steigung in Aktivphase inaktive Funkt., passive therm. Kat.-Diagnose"
    VALUE
    0x81E278
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E278  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SACAAA
    "Dummy fid: Steigung in Aktivphase aktive Funkt. (Mode C)"
    VALUE
    0x81E27A
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E27A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SADYNINI
    "Initialisierungswert für das Dynamikfilter"
    VALUE
    0x81366A
    KwSw
    63.99902
    relO2_q9p765Em4
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81366A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SADYNMX
    "Max. dynamische Welligkeit zur Aktivierung Schubagleich"
    VALUE
    0x81366C
    KwSw
    31.99902
    relO2_q9p765Em4
    0.00
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81366C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAFK1
    "Filterkonstante 1 für Lambdasonden-Signalausgabe"
    VALUE
    0x82AB1A
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SALSUMN
    "min. Anzahl von Schubphasen"
    VALUE
    0x8101FB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SALSUMNS
    "min. Anzahl von Schubphasen für Schnellabgleich"
    VALUE
    0x8194C2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAMSABGMN
    "min. Abgasmassenstrom für Schubabgleich"
    VALUE
    0x8296A6
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAMSABGMX
    "max. Abgasmassenstrom für Schubabgleich"
    VALUE
    0x8296A8
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SATMOT
    "Min. Motortemperatur zur Aktivierung Schubabgleich"
    VALUE
    0x8101FC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101FC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SATMOTMN
    "Min. Motortemperaturschwelle unterhalb der der Schubabgleich freigegeben wrid"
    VALUE
    0x8194C3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SATUMG
    "Max. zulässige Umgebungstemperatur zur Aktivierung Schubabgleich"
    VALUE
    0x8101FD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101FD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SBF02MFSB
    ""
    0x810B94
    bfzglf
    SstAUbSstSb
    55.34
    bfzg_sb_q0p217
    2
    -27.78
    27.56

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810B94  0x3  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SCHERRANZ
    "Schwelle Fehleranzahl fspamw_w"
    VALUE
    0x819405
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819405  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SCHMNHHE
    "Schwelle für aufgetretene Min Fehler waehrend der NOx-Sensor Endstufendiagnose"
    VALUE
    0x81033B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81033B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SCHMXHHE
    "Schwelle für aufgetretene Max Fehler waehrend der NOx-Sensor Endstufendiagnose"
    VALUE
    0x81033C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81033C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SCHSIHHE
    "Schwelle für aufgetretene Sig Fehler waehrend der NOx-Sensor Endstufendiagnose"
    VALUE
    0x81033D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81033D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SCHWUBMAX
    "Maximale Batteriespannung für NOx-Sensor Heizung"
    VALUE
    0x828A0C
    KwUw
    1823.511
    spg_ub_b28p5_w
    0.00
    1823.511

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SCHWVP
    "Schwellwert vp-Signal"
    VALUE
    0x828AC2
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SCHWVPOSZ
    "Schwelle Signalozillation"
    VALUE
    0x828CAC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDHDRMN
    "Schwelle Minimumfehler HDR"
    VALUE
    0x82BFD8
    KwSw
    32.76750
    p_q0p0005
    -16.38400
    16.38350

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDHDRMX
    "Schwelle Maximumfehler HDR"
    VALUE
    0x82BFDA
    KwSw
    32.76750
    p_q0p0005
    -16.38400
    16.38350

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDHDRSIG
    "Schwelle Fehler HDR nicht plausibel"
    VALUE
    0x82BFDC
    KwSw
    32.76750
    p_q0p0005
    -16.38400
    16.38350

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDLAOFMN
    "minimale (untere) Fehlerschwelle für dlahii_w"
    VALUE
    0x82EAF0
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDLAOFMX
    "maximale (obere) Fehlerschwelle für dlahii_w"
    VALUE
    0x82EAF2
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SDN10LLSW
    "Stützstellenverteilung Addressierung Leerlaufregelparameter"
    0x815370
    dn_w
    SstASwSstSw
    16383.75
    nmot_sw_q0p25
    10
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x815370  0x16  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SDP08ZUUB
    "Stützstellenverteilung"
    0x8196AB
    dpsmxscs
    SstAUbSstUb
    2550.
    p_ub_q10
    8
    0.00
    2550.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8196AB  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SDP12ESUW
    "Stützstellenverteilung"
    0x813FE2
    dprbuf_w
    SstAUwSstUw
    655.3500
    p_q0p01
    12
    0.00
    655.3500

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x813FE2  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SDRKDHDR
    "Schwelle zur Sperrung Diagnose-HDR bei Änderungen von rk"
    VALUE
    0x82BFDE
    KwUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDULSUMX
    "Schwelle delta Spannung max pro Rechentakt"
    VALUE
    0x816848
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816848  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SENZZYL
    "Klopfsensoren für SW-Zylinderzähler 0-7"
    VAL_BLK
    0x81A1EA
    KwbUb
    3.000
    dezsub1
    1.000
    4.000

    FORMAT "%5.3"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x81A1EA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SEZ04LLUB
    "Stützstellenverteilung Zündwinkelwirkungsgrad für PD-Regler"
    0x810912
    etazws
    SstAUbSstUb
    127.5
    rel_ub_b127p5
    4
    0.00
    127.5

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810912  0x5  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SFAAAA
    "Dummy fid: Skalierungsfaktor der phys. Prio einer aktiven Funktion!! (Mode A)"
    VALUE
    0x8190E8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFADDSV
    "Priorität-Skalierungsfaktor für PHUADDSV (Drucksteuerventil)"
    VALUE
    0x8190E9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFAFRA
    "Skalierungsfaktor für phys. Dringlichkeit: Mode A, Bereich FRA in LRA"
    VALUE
    0x8190EA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFAFRAT
    ""
    VALUE
    0x8190EB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFAORA
    "Skalierungsfaktor für phys. Dringlichkeit: Mode A, Bereich ORA in LRA"
    VALUE
    0x8190EC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFATEH
    "Skalierungsfaktor für phys. Dringlichkeit: Mode A, TE mit hoher Beladung"
    VALUE
    0x8190ED
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFATEL
    "Skalierungsfaktor für phys. Dringlichkeit: Mode A, TE mit niedriger Beladung"
    VALUE
    0x8190EE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFATEM
    "Skalierungsfaktor für phys. Dringlichkeit: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x8190EF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFATEN
    "Priorität-Skalierungsfaktor für PHUATEN (Notlauf-Tankentlüftung)"
    VALUE
    0x8190F0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFATEVH
    "Priorität-Skalierungsfaktor für PHUATEVH (Diagnose TEV homogen)"
    VALUE
    0x8190F1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFATEVM
    "Priorität-Skalierungsfaktor für PHUATEVM (Diagnose TEV mager)"
    VALUE
    0x8190F2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBAAA
    "Dummy fid: Skalierungsfaktor der phys. Prio einer inaktiven Funkt.!! (Mode B)"
    VALUE
    0x8190F3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBAGRA
    "Priorität-Skalierungsfaktor für PHUBAGRA (AGR Adaption)"
    VALUE
    0x8190F4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBDLSU
    ""
    VALUE
    0x8190F5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBFRST
    "Skalierungsfaktor für phys. Dringlichkeit: Mode B, Kurztest der LR"
    VALUE
    0x8190F6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBFUPS
    ""
    VALUE
    0x8190F7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBHMM
    "Prio-Faktor f. PHUBHMM (BDE-Mode Homogen-Mager)"
    VALUE
    0x8190F8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBHOM
    "Prio-Faktor f. PHUBHOM (BDE-Mode Homogen)"
    VALUE
    0x8190F9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBHOS
    "Prio-Faktor f. PHUBHOS (BDE-Mode Homogen-Schicht)"
    VALUE
    0x8190FA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBKTSP
    "Priorität-Skalierungsfaktor für PHUBKTSP (Kat.-Sprungdiagnose)"
    VALUE
    0x8190FB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBLAHH
    "Priorität-Skalierungsfaktor für PHUBLAHH (LambdaShift HOM-SchwingPrüf LS HK)"
    VALUE
    0x8190FC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190FC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBLAHH2
    "Prior-Skal-faktor für PHUBLAHH2 (LambdaShift HOM-SchwingPrüf LS HK Bank2)"
    VALUE
    0x8190FD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190FD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBLASH
    "Skalierungsfaktor für phys. Dringlichkeit: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x8190FE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190FE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBLLRH
    "Priorität-Skalierungsfaktor für PHUBLLRH (Drehzahlabweichung HOM)"
    VALUE
    0x8190FF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190FF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBLLRM
    "Priorität-Skalierungsfaktor für PHUBLLRM (Drehzahlabweichung SCH)"
    VALUE
    0x819100
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819100  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBLSU
    "Skalierungsfaktor für phys. Dringlichkeit: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x819101
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819101  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBPBRI
    ""
    VALUE
    0x819102
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819102  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBPLSU
    ""
    VALUE
    0x819103
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819103  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBSCH
    "Prio-Faktor f. PHUBSCH (BDE-Mode Schicht)"
    VALUE
    0x819104
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819104  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBSKH
    "Prio-Faktor f. PHUBSKH (BDE-Mode Schicht-Kat-Heizen)"
    VALUE
    0x819105
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819105  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBTEST
    "Skalierungsfaktor für phys. Dringlichkeit: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x819106
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819106  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBTEVP
    ""
    VALUE
    0x819107
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819107  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFBTKP
    "Skalierungsfaktor der phys. Prio einer inaktiven Funkt., pass. therm. Kat.-Diag."
    VALUE
    0x819108
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819108  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFCAAA
    "Dummy fid: Skalierungsfaktor der phys. Prio einer aktiven Funktion!! (Mode C)"
    VALUE
    0x819109
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819109  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SFONTM
    "Schwellwert tmot für fuel-on Adaption aktiv"
    VALUE
    0x819358
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819358  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SGA06MDUB
    "Stützstellenverteilung Ist Gang 6 Sst."
    0x81B210
    gangi
    SstAUbSstUb
    255.0
    dez
    6
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B210  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SGA08LLUB
    "Stützstellenverteilung für Ganginformation in Leerlaufregelung"
    0x81A703
    gangllr
    SstAUbSstUb
    255.0
    dez
    8
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A703  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SGA08MDUB
    "Stützstellenverteilung Ist Gang 8 Sst."
    0x810061
    gangi
    SstAUbSstUb
    255.0
    dez
    8
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810061  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SGIDB1
    "BOSCH-Hardwarenummer"
    ASCII
    0x8106FB
    KwbUb
    255.0
    KennText
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 12
    /begin IF_DATA ETK  DP_BLOB 0x8106FB  0xC  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB2
    "BOSCH-Softwarenummer"
    ASCII
    0x810707
    KwbUb
    255.0
    KennText
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 20
    /begin IF_DATA ETK  DP_BLOB 0x810707  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB3
    "Kunden-Teilenummer"
    ASCII
    0x81071B
    KwbUb
    255.0
    KennText
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81071B  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB4
    "Fertigungsdatum"
    ASCII
    0x819141
    KwbUb
    255.0
    KennText
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x819141  0xA  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB5
    "BOSCH-Software-Teilenummer = Typ-Teile-Nummer des Master EPROMs"
    ASCII
    0x81914B
    KwbUb
    255.0
    KennText
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x81914B  0xA  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB6
    "Nummer Teilsoftware"
    ASCII
    0x819155
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 7
    
    /begin IF_DATA ETK  DP_BLOB 0x819155  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB7
    "Hardware Teilenummer"
    ASCII
    0x81915D
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 11
    
    /begin IF_DATA ETK  DP_BLOB 0x81915D  0xC  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB8
    "Baugruppe Hardware"
    ASCII
    0x81AA39
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 3
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA39  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB9
    "Sorte Hardware"
    ASCII
    0x81AA3D
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 2
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA3D  0x3  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDK1_DAT
    "Diagnose-Nummer"
    ASCII
    0x819169
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 5
    
    /begin IF_DATA ETK  DP_BLOB 0x819169  0x6  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_MSGS_DAT_UC
    ""
    VAL_BLK
    0x810E7C
    KwbUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x810E7C  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIAAAA
    "Dummy fid: Steigung in Inaktivphase aktive Funkt. (Mode A)"
    VALUE
    0x81E27C
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E27C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIADDSV
    "positive Steigung der Rampenpriorität  Drucksteuerventil (inaktiv)"
    VALUE
    0x81E27E
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E27E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIAFRA
    "Steigung in Inaktivphase: Mode A, Bereich FRA in LRA"
    VALUE
    0x81E280
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E280  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIAFRAT
    ""
    VALUE
    0x81E282
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E282  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIAORA
    "Steigung in Inaktivphase: Mode A, Bereich ORA in LRA"
    VALUE
    0x81E284
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E284  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIATEH
    "Steigung in Inaktivphase: Mode A, TE mit hoher Beladung"
    VALUE
    0x81E286
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E286  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIATEL
    "Steigung in Inaktivphase: Mode A, TE mit niedriger Beladung"
    VALUE
    0x81E288
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E288  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIATEM
    "Steigung in Inaktivphase: Mode A, TE mit mittlerer Beladung"
    VALUE
    0x81E28A
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E28A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIATEN
    "positive Steigung der Rampenpriorität  Notlauf-Tankentlüftung (inaktiv)"
    VALUE
    0x81E28C
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E28C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIATEVH
    "positive Steigung der Rampenpriorität  Diagnose TEV homogen (inaktiv)"
    VALUE
    0x81E28E
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E28E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIATEVM
    "positive Steigung der Rampenpriorität  Diagnose TEV mager (inaktiv)"
    VALUE
    0x81E290
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E290  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBAAA
    "Dummy fid: Steigung in Inaktivphase inaktive Funkt. (Mode B)"
    VALUE
    0x81E292
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E292  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBAGRA
    "positive Steigung der Rampenpriorität  AGR Adaption (inaktiv)"
    VALUE
    0x81E294
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E294  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBDLSU
    ""
    VALUE
    0x81E296
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E296  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBFRST
    "Steigung in Inaktivphase: Mode B, Kurztest der LR"
    VALUE
    0x81E298
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E298  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBFUPS
    ""
    VALUE
    0x81E29A
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E29A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBHMM
    "pos. Steig. v. RPRBHMM (BDE-Mode Homogen-Mager, pass.)"
    VALUE
    0x81E29C
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E29C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBHOM
    "pos. Steig. v. RPRBHOM (BDE-Mode Homogen, pass.)"
    VALUE
    0x81E29E
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E29E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBHOS
    "pos. Steig. v. RPRBHOS (BDE-Mode Homogen-Schicht, pass.)"
    VALUE
    0x81E2A0
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBKTSP
    "positive Steigung der Rampenpriorität  Kat.-Sprungdiagnose (inaktiv)"
    VALUE
    0x81E2A2
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBLAHH
    "positive Steigung der Rampenpriorität LambdaShift HOM-SchwingPrüf LSHK (inaktiv)"
    VALUE
    0x81E2A4
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBLAHH2
    "positive Steigung Rampenprio LambdaShift HOM-SchwingPrüf LS HK Bank2 (inaktiv)"
    VALUE
    0x81E2A6
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBLASH
    "Steigung in Inaktivphase: Mode B, Schwingungsprüfung in DLSAHK"
    VALUE
    0x81E2A8
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBLLRH
    "positive Steigung der Rampenpriorität  Drehzahlabweichung HOM (inaktiv)"
    VALUE
    0x81E2AA
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBLLRM
    "positive Steigung der Rampenpriorität  Drehzahlabweichung SCH (inaktiv)"
    VALUE
    0x81E2AC
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBLSU
    "Steigung in Inaktivphase: Mode B, Dynamikprüfung in DLSU"
    VALUE
    0x81E2AE
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBPBRI
    ""
    VALUE
    0x81E2B0
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBPLSU
    ""
    VALUE
    0x81E2B2
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBSCH
    "pos. Steig. v. RPRBSCH (BDE-Mode Schicht, pass.)"
    VALUE
    0x81E2B4
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBSKH
    "pos. Steig. v. RPRBSKH (BDE-Mode Schicht-Kat-Heizen, pass.)"
    VALUE
    0x81E2B6
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBTEST
    "Steigung in Inaktivphase: Mode B, TEV-Ansteuerung für Diagnose"
    VALUE
    0x81E2B8
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBTEVP
    ""
    VALUE
    0x81E2BA
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SIBTKP
    "Steigung in Inaktivphase: Mode B, Passive thermische Katalysatordiagnose"
    VALUE
    0x81E2BC
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SICAAA
    "Dummy fid: Steigung in Inaktivphase aktive Funkt. (Mode C)"
    VALUE
    0x81E2BE
    KwUw
    158.7500
    fak_q0p625
    0.00
    158.7500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E2BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SIM08ESUW
    "SST-Verteilung für integrierten Luftmassenstrom ab Startende"
    0x81B218
    imlatm_w
    SstAUwSstUw
    23.30133
    m_uw_b23p3
    8
    0.00
    23.30133

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B218  0x12  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SKPMSUMN
    "Unterschwelle Schwefelmenge im Kat bei der SKP eine Entschwefelung erkennt"
    VALUE
    0x828AC4
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SKPMSUMX
    "Oberschwelle Schwefelmenge im Kat bei der SKP eine Entschwefelung erkennt"
    VALUE
    0x828AC6
    KwUw
    37.92535
    m_q5p79em4
    0.00
    37.92535

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SKS06ESUB
    "SST-Verteilung für den Startadaptionsfaktor kstaa"
    0x81006A
    kstaa
    SstAUbSstUb
    1.992
    fak_ub_b2
    6
    0.00
    1.992

    
    FORMAT "%5.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81006A  0x7  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SLFOFO1N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81F166
    GklWSw
    359.9945
    kw_dmdfof2
    -180.0000
    179.9945

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F166  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04DM1UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOFO2N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81F16E
    GklWSw
    359.9945
    kw_dmdfof2
    -180.0000
    179.9945

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F16E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOFU1N
    "untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81F176
    GklWSw
    359.9945
    kw_dmdfof2
    -180.0000
    179.9945

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F176  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04DM1UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOFU2N
    "untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81F17E
    GklWSw
    359.9945
    kw_dmdfof2
    -180.0000
    179.9945

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F17E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        AXIS_PTS_REF SNM04DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOO1N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81F126
    GklWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F126  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM1UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOO2N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81F136
    GklWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F136  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOU1N
    "Untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81F146
    GklWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F146  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM1UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOU2N
    "Untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81F156
    GklWSw
    409.2664
    luquant
    -204.6363
    204.6301

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F156  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLOGIN
    "Login-Code für Entwicklung"
    VALUE
    0x815086
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815086  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLPUPD
    "Sleeping Update-Tabelle für fids die nie schlafen"
    VAL_BLK
    0x81938F
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 10
    /begin IF_DATA ETK  DP_BLOB 0x81938F  0xA  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLUTSMX
    "Definierte Laufgrenze aus KW-Signal"
    VALUE
    0x82B998
    KwUw
    409.2664
    luquant
    0.00
    409.2664

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B998  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SM108LHSW
    "dlashk_w abhängige Stützstellen (Anzahl 8)"
    0x81B22A
    dlashkm_w
    SstASwSstSw
    1.999969
    fak_sw_b1
    8
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B22A  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMG08KHUW
    "Stützstellenverteilung für Momentenforderung nach Getriebeschutz (miglsol_w)"
    0x82C6EE
    miglsol_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    8
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82C6EE  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI03DM1UB
    "Momentenstützstellen"
    0x81828D
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    3
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81828D  0x4  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI03DM2UB
    "Momentenstützstellen"
    0x818291
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    3
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818291  0x4  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04DM1UB
    "Momentenstützstellen"
    0x818295
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    4
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818295  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04DM2UB
    "Momentenstützstellen"
    0x81829A
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    4
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81829A  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04KHUW
    "Stützstellenverteilung mizsol_w als Eingang für Gruppenkennfeld"
    0x82C77A
    mizsol_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    4
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82C77A  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04LLUB
    "Stützstellenverteilung: ind. Moment für Momentenreserve"
    0x812DE6
    mifa_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    4
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812DE6  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04TEUB
    "Soll-Drehmoment-abhängige Stützstellen (Anzahl =4)"
    0x8181E5
    misol
    SstAUbSstUb
    99.61
    rel_ub_b100
    4
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181E5  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI08DM1UB
    "SST-Verteilung in DMD, 8 Moment-SST für Referenzkennfelder Schichtbetrieb"
    0x81829F
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81829F  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI08DMUB
    "SST-Verteilung in DMD, 8 Moment-SST"
    0x8182A8
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182A8  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI08PS1UW
    "Stützstellenverteilung Drehmoment"
    0x82B7DA
    misol_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    8
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82B7DA  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI08PS2UW
    "Stützstellenverteilung Drehmoment"
    0x82B7EC
    misol_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    8
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82B7EC  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI08PS3UW
    "Stützstellenverteilung Drehmoment"
    0x82B7FE
    misobv_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    8
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82B7FE  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI12AGUW
    "Stutzstellenverteilung, 12 mi(g)lsol-SST,"
    0x81B2BC
    miglsol_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    12
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B2BC  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI12ZUUW
    "Stützstellenverteilung, 12 miglsol_w-SST"
    0x81B23C
    miglsol_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    12
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B23C  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMK05TEUB
    "Kraftstoff-abhängige Stützstellen (Anzahl =5)"
    0x8181EA
    mksbg
    SstAUbSstUb
    25.50
    m_ub_b25p6
    5
    0.00
    25.50

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181EA  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMK08MDSW
    "Antiruckelmoment-abhängige Stützstellen (Anzahl =8)"
    0x82DA94
    mkar_w
    SstASwSstSw
    199.9969
    rel_sw_b100
    8
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82DA94  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SML08LHUB
    "ml abhängige Stützstellen (Anzahl 8)"
    0x8181F0
    ml
    SstAUbSstUb
    1020.
    m_ub_b1020
    8
    0.00
    1020.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181F0  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SMLDYN
    "Luftmassenschwelle für Sondendynamik hinter KAT"
    VALUE
    0x827FDA
    KwUw
    182.0417
    m_q0p00277
    0.00
    182.0417

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SMLLEAN
    "Luftmassen/Lambda-Schwelle für Magermessung im Schichtbetrieb"
    VALUE
    0x827FDC
    KwUw
    182.0417
    m_q0p00277
    0.00
    182.0417

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SMO08MFUB
    "Stützstellenverteilung für zulässiges Moment mizuvfil"
    0x810B63
    mizuvfil
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810B63  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNG06LLSB
    "Stützstellenverteilung Drehzahlgradient, 6 Sst."
    0x8181F9
    ngfil
    SstAUbSstSb
    25500.
    nmotg_sb_q100
    6
    -12800.
    12700.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181F9  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04DM1UB
    "Drehzahlstützstellen"
    0x8182B1
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    4
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182B1  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04DM2UB
    "Drehzahlstützstellen"
    0x8182B6
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    4
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182B6  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04KHUW
    "Stützstellenverteilung nmot_w als Eingang für Gruppenkennfeld"
    0x82C784
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    4
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82C784  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04LRHW
    "nmot abhängige Stützstellen (Anzahl 4)"
    0x81B256
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    4
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B256  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04TEUB
    "Motordrehzahl-abhängige Stützstellen (Anzahl =4)"
    0x818200
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    4
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818200  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04ZUUW
    "Stützstellenverteilung Drehzahl"
    0x816C4E
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    4
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x816C4E  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05DM1UB
    "Drehzahlgrenzen"
    0x8182BB
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    5
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182BB  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05DM2UB
    "Drehzahlgrenzen"
    0x8182C1
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    5
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182C1  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05FEUW
    "Drehzahl-Stützstellenverteilung Adaptive Vorsteuerkennfelder ZGST"
    0x81B260
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    5
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B260  0xC  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06ESUB
    "SST-Verteilung für Drehzahl"
    0x818205
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    6
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818205  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06KOUB
    "Verteilung für Klimakompressorkennlinien"
    0x81A8AC
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    6
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A8AC  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06LLUB
    "Sützstellenverteilung für Motordrehzahl"
    0x812DF0
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    6
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812DF0  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06LSUB
    "Stützstellenverteilung Kat-Vorsteuerwert LRS"
    0x810071
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    6
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810071  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06MDUW
    "Rover"
    0x81B26C
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    6
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B26C  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06ZUUW
    "Stützstellenverteilung Drehzahl"
    0x81B27A
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    6
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B27A  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM07ESUB
    "Stützstellenverteilung Drehzahl, 7 Sst."
    0x81820C
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    7
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81820C  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM07LSUW
    "Stützstellenverteilung Reglerparameter LRS"
    0x812DFE
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    7
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812DFE  0x10  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DM1UB
    "Drehzahlstützstellen"
    0x8182C7
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182C7  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DM2UB
    "Drehzahlstützstellen"
    0x8182D0
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182D0  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DM3UB
    "Drehzahlstützstellen"
    0x8182D9
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182D9  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DMUB
    "SST-Verteilung in DMD, 8 Drehzahl-SST"
    0x8182E2
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182E2  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08HDUW
    "SST-Verteilung für Motordrehzahl"
    0x82BD78
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    8
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82BD78  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08KHUW
    "SST-Verteilung für Drehzahl in LAKH"
    0x82C700
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    8
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82C700  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08KOUB
    "Stützstellenverteilung für Klimakompressorsteuerung  8  nmot"
    0x811DA3
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811DA3  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08LAUW
    "Stützstellenverteilung für Motordrehzahl"
    0x81B288
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    8
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B288  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08LHUB
    "nmot abhängige Stützstellen (Anzahl 8)"
    0x818214
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818214  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08MFUB
    "Stützstellenverteilung für Motorderhzahl"
    0x810B6C
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810B6C  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08PS1UW
    "Stützstellenverteilung Drehzahl"
    0x82B810
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    8
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82B810  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08PS2UW
    "Stützstellenverteilung Drehzahl"
    0x82B822
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    8
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82B822  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08PS3UW
    "Stützstellenverteilung Drehzahl"
    0x812E0E
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    8
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812E0E  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08SAUB
    "Stützstellenverteilung"
    0x81821D
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81821D  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08__UB
    "Stützstellenverteilung Drehzahl, 8 Sst."
    0x818226
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818226  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM09DM1UB
    "Drehzahlstützstellen"
    0x8182EB
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    9
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182EB  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM09DM2UB
    "Drehzahlstützstellen"
    0x8182F5
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    9
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182F5  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM10GK2UB
    "Stützstellenverteilung Gemischkontrolle 10 nmot Stützstellen"
    0x81822F
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    10
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81822F  0xB  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM10ZU1UW
    "Stützstellenverteilung Drehzahl"
    0x812E20
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    10
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812E20  0x16  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM12ESUB
    "SST-Verteilung für die Motordrehzahl nmot"
    0x810078
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    12
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810078  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM12MDUW
    "Stützstellenverteilung nmot_w"
    0x815B9C
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    12
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x815B9C  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM14AGUW
    "Stuetzstellenverteilung, 14 nmot-SST"
    0x81B2D6
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    14
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B2D6  0x1E  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16KRUB
    "Stützstellenverteilung Drehzahl, 16 Sst."
    0x81823A
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    16
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81823A  0x11  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16OPUW
    "Stützstellenverteilung Drehzahl"
    0x812E36
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    16
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812E36  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16ZUUW
    "Stützstellenverteilung Drehzahl, 16 Sst."
    0x812E58
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    16
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812E58  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16__UW
    ""
    0x812E7A
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    16
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812E7A  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNS04MDUB
    "Stützstellenverteilung Solldrehzahl"
    0x810A31
    nsber
    SstAUbSstUb
    16320.
    nmot_q64
    4
    0.00
    16320.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810A31  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNS04ZUSB
    "Stützstellenverteilung Drehzahlgradient"
    0x811922
    dns
    SstAUbSstSb
    2550.
    nmotd_sb_q10
    4
    -1280.
    1270.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811922  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNS06LLSB
    "Stützstellenvert., Solldrehzahlabw., 06 Sst., LL-Regel."
    0x81A70C
    dns
    SstAUbSstSb
    2550.
    nmotd_sb_q10
    6
    -1280.
    1270.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A70C  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNS206LLSB
    ""
    0x810917
    dns
    SstAUbSstSb
    2550.
    nmotd_sb_q10
    6
    -1280.
    1270.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810917  0x7  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SOPOH
    "Sonden-Position hinter Kat"
    VALUE
    0x8193CF
    KwUb
    2.000
    dez
    1.000
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SOPOV
    "Sonden-Position vor Kat"
    VALUE
    0x8193D0
    KwUb
    1.000
    dez
    1.000
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP12LL_UM
    "maximale Differenz zwischen SP1S und SP2S unterhalb der Vollgas-Schwelle"
    VALUE
    0x814070
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814070  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP12VG_UM
    "maximale Differenz zwischen SP1S und SP2S oberhalb der Vollgas-Schwelle"
    VALUE
    0x814071
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814071  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP1ADC_DIF
    "max. Diff. zw. Sollwertpoti1 & Sollwertpoti1 vom Überw.Modul im stationären Fall"
    VALUE
    0x8141D7
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP1_STAT
    "Bandbreite für die Erkennung auf sp1s stationär"
    VALUE
    0x8141D8
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP1_STAT_T
    "Zeit für die Erkennung auf sp1s stationär"
    VALUE
    0x8141D9
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SPD06HDSW
    "SST-Verteilung für Regeldifferenz Raildruck"
    0x814DAE
    prdiff_w
    SstASwSstSw
    32.76750
    p_q0p0005
    6
    -16.38400
    16.38350

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x814DAE  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SPR06HDUW
    "SST-Verteilung für Raildruck"
    0x82BD8A
    prvst_w
    SstAUwSstUw
    32.76750
    p_q0p0005
    6
    0.00
    32.76750

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82BD8A  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SPS11MDUW
    "Verteilung: Saugrohrdruckdifferenz für Schleppmoment"
    0x82D8C4
    dpsu_w
    SstAUwSstUw
    2559.961
    p_uw_q0p039
    11
    0.00
    2559.961

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82D8C4  0x18  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SPSC_MINUM
    "= SPSC_MIN_UM Pedal-Leergas-Grenze für die Funktionsüberwachung"
    VALUE
    0x814072
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814072  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SPSC_T_UM
    "Fehlerzeit bei zueinander unplausiblen Sollwerten in der Funktionsüberwachung"
    VALUE
    0x814073
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814073  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SPSNLL_UC
    "Maximale Spannung für Leergas im Befehlstest"
    VALUE
    0x811264
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811264  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SPSNLL_UM
    "Maximale Spannung für Leergas in Ebene II"
    VALUE
    0x81450B
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81450B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SPSNV08_UM
    "Stützstellenverteilung für Pedalwert in der Funktionsüberwachung"
    0x8140F9
    spsn_um
    SstAUbSstUb
    4.9805
    spg_ub_q0p019
    8
    0.00
    4.9805

    
    FORMAT "%6.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8140F9  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SPSVG_UM
    "Vollgas-Sollwert-Schwelle zur Umschaltung der maximalen Differenz SP1S-SP2S"
    VALUE
    0x814074
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814074  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SPU06AGUW
    "Stützstellenverteilung, 6 pu--SST"
    0x81B2F4
    pu_w
    SstAUwSstUw
    2559.961
    p_uw_q0p039
    6
    0.00
    2559.961

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B2F4  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SQM05TEUB
    "Luftmassenquotient-abhängige Stützstellen (Anzahl =5)"
    0x81147C
    qmsdyn
    SstAUbSstUb
    15.94
    fak_ub_b16
    5
    0.00
    15.94

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81147C  0x6  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SREGLAM
    "Faktor Schwefelregenerierung lambdaabhängig"
    CURVE
    0x82945C
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82945C  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lavhkm_w
        fak_uw_b16
        5
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin AXIS_PTS

    SRG08SKUW
    "Raumgeschwindigkeitsabhängige Stützstellen (Anzahl=8)"
    0x82820A
    rgnokat_w
    SstAUwSstUw
    1048560.
    vspace_q16
    8
    0.00
    1048560.

    
    FORMAT "%8.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82820A  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRK03FEUW
    "Last-Stützstellenverteilung Adaptive Vorsteuerkennfelder ZGST"
    0x81B29A
    rk_w
    SstAUwSstUw
    3071.953
    rel_uw_b3072
    3
    0.00
    3071.953

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B29A  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRK08PS1UW
    "Stützstellenverteilung Kraftstoff"
    0x82B834
    rk_w
    SstAUwSstUw
    3071.953
    rel_uw_b3072
    8
    0.00
    3071.953

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82B834  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRK12AGUW
    "Stutzstellenverteilung, 12 rk--SST,"
    0x81B302
    rk_w
    SstAUwSstUw
    3071.953
    rel_uw_b3072
    12
    0.00
    3071.953

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B302  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRK12ZUUW
    "Stützstellenverteilung Schicht-Kraftstoffmasse"
    0x813F12
    rkm_w
    SstAUwSstUw
    3071.953
    rel_uw_b3072
    12
    0.00
    3071.953

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x813F12  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SRKTEVS
    "Saugrohrkonstante bei Schließen des Tankentlüftungsventil"
    VALUE
    0x81091E
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81091E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SRL03MFUW
    ""
    0x816368
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    3
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x816368  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL04DYUB
    "Stützstellenverteilung relative Füllung, 4 Sst."
    0x81A224
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    4
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A224  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL04KRUB
    "Stützstellenverteilung relative Füllung, 4 Sst."
    0x81824B
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    4
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81824B  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL04LRHW
    "rl abhängige Stützstellen (Anzahl 4)"
    0x81B2A2
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    4
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B2A2  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL06ESUB
    "Sst-Verteilung für die relative Füllung rl"
    0x810085
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810085  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL06KOUB
    "Stützstellenverteilung Kompressormoment"
    0x81A8B3
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A8B3  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL06LSUB
    "Stützstellenverteilung Kat-Vorsteuerwert LRS"
    0x81008C
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81008C  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL07OPUW
    "Stützstellenverteilung relative Füllung, 7 Stützstellen"
    0x816304
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    7
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x816304  0x10  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08GK2UB
    "Stützstellenverteilung Gemischkontrolle 8 rl Stützstellen"
    0x818250
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818250  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08LSUW
    "Stützstellenverteilung Reglerparameter"
    0x812E9C
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    8
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812E9C  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08ZUUW
    "Stützstellenverteilung relative Luftfüllung"
    0x812EAE
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    8
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812EAE  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL11OPUW
    "Stützstellenverteilung relative Luftfüllung"
    0x816314
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    11
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x816314  0x18  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL12ZUUW
    "Stützstellenverteilung relative Luftfüllung, 12 St."
    0x812EC0
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    12
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812EC0  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRP06ESUB
    "SST-Verteilung für rel. Luftfüllung präd. für Einspritzung"
    0x810093
    rlp
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810093  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRR06OPUW
    "Stützstellenverteilung Restgasrate, 6 Stützstellen"
    0x81632C
    rriext_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    6
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81632C  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SSL08SKUW
    "Schwefelbeladungsabhängige Stützstellen (Anzahl=8)"
    0x829472
    subel_w
    SstAUwSstUw
    0.9999847
    fak_uw_b1
    8
    0.00
    0.9999847

    
    FORMAT "%9.7"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x829472  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SST08SKUW
    "Stützstellen (Anzahl=8)abhängig von d. Schwefelbeladung bei Start Entschwefelung"
    0x829484
    subelst_w
    SstAUwSstUw
    0.9999847
    fak_uw_b1
    8
    0.00
    0.9999847

    
    FORMAT "%9.7"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x829484  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SSU08SKUW
    "Stützstellen in Abhängigkeit vom Speicherinhalt Schwefel (Anzahl=8)"
    0x829496
    msusp_w
    SstAUwSstUw
    37.92535
    m_q5p79em4
    8
    0.00
    37.92535

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x829496  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA04LLUB
    "Stützstellenverteilung: tans für Momentenreserve"
    0x812EDA
    tans
    SstAUwSstUw
    49151.25
    temp_ub_q0p75_o48
    4
    -48.00000
    49103.25

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812EDA  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA04TEUB
    "Ansaugluft-abhängige Stützstellen (Anzahl = 4)"
    0x818259
    tans
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    4
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818259  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA06ESUB
    "SST-Verteilung für die Ansauglufttemperatur"
    0x81009A
    tans
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81009A  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA06LLUB
    "Temperatur: Ansaugluft bzw. PWM-Signal von AC/Kompressor"
    0x81A8BA
    tlok
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A8BA  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA12WLUB
    "SST-Verteilung für die Ansauglufttemperatur"
    0x8100A1
    tans
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    12
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100A1  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STH07TMUW
    "Stützstellenverteilung, Starttemperatur an Sonde hinter Hauptkatalysator"
    0x827EFE
    tahsost_w
    SstAUwSstUw
    1535.977
    temp_q0p0234_o273
    7
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x827EFE  0x10  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STI03FEUW
    "Last-Stützstellenverteilung Adaptive Vorsteuerkennfelder ZGST"
    0x82B0FC
    ti_w
    SstAUwSstUw
    210.0481
    tinj_sy_ms
    3
    0.00
    210.0481

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82B0FC  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STI04ZGUW
    "ti-Stützstellenverteilung für Störgrößenkennlinie"
    0x82B104
    ti_w
    SstAUwSstUw
    210.0481
    tinj_sy_ms
    4
    0.00
    210.0481

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82B104  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STK08SKUW
    "Katalysatortemperaturabhängige Stützstellen (Anzahl=8)"
    0x82821C
    tkihkm_w
    SstAUwSstUw
    1535.977
    temp_q0p0234_o273
    8
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82821C  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STKIHKM06
    "Stützstellenverteilung Hauptkattemperatur"
    0x82C57A
    tkihkm_w
    SstAUwSstUw
    1535.977
    temp_q0p0234_o273
    6
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82C57A  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STKIVKM06
    "Stützstellenverteilung Vorkattemperatur"
    0x82C588
    tkivkm_w
    SstAUwSstUw
    1535.977
    temp_q0p0234_o273
    6
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82C588  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM04SAUB
    "Stützstellenverteilung Motortemperatur, 4 Sst."
    0x8100AE
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    4
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100AE  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM05EPMSB
    "Stützstellenverteilung für WNWKM* / NW Korrektur über tmot"
    0x8193A6
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    5
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8193A6  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM05SAUB
    "Stützstellenverteilung"
    0x81825E
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    5
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81825E  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM05TMUB
    "Stützstellenverteilung, Motorstarttemperatur"
    0x818264
    tmst
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    5
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818264  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM06KHUB
    "Stützstellenverteilung Motortemperatur (Katheizen)"
    0x81A188
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A188  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM06LLUB
    "Stützstellenverteilung Motortemperatur, 6 Sst."
    0x8100B3
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100B3  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM08MFUB
    "Stützstellenverteilung für Motortemperatur tmotmn"
    0x810B75
    tmotmn
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810B75  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM08__UB
    "Stützstellenverteilung Motortemperatur, 8 Sst."
    0x81826A
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81826A  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM09ESUB
    "Stützstellenverteilung Motortemperatur, 9 Sst."
    0x818273
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    9
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818273  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM12ESUB
    "SST-Verteilung für die Motortemperatur tmot"
    0x8100BA
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    12
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100BA  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STN06LLUB
    "Stützstellenverteilung: Zeit nach Start; für Drehzahlverlauf nach Start"
    0x81827D
    tnst
    SstAUbSstUb
    255.0
    t1sxs_ub_b255
    6
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81827D  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS05DTKA
    "Stützstellenverteilung in Abhängigkeit von Differenztemp. Motor/ Kühleraustritt"
    0x81B076
    dtmtka
    SstAUbSstSb
    191.3
    temp_sb_q0p75
    5
    -96.00
    95.25

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B076  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS05DTTS
    "Stützstellenverteilung in Abhängigkeit von Differenztemp. Motor-Soll/Isttemp."
    0x81B07C
    dkmts
    SstAUbSstSb
    191.3
    temp_sb_q0p75
    5
    -96.00
    95.25

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B07C  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS06TMUW
    "Stützstellenverteilung, Abgasmassenfluß"
    0x827F0E
    tabstatm_w
    SstAUwSstUw
    65535.00
    t1sxs_uw_q1
    6
    0.00
    65535.00

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x827F0E  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS08ESUB
    "SST-Verteilung für Motorstarttemperatur"
    0x8100C7
    tmst
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100C7  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS08KHUB
    "Stützstellenverteilung für Motorstarttemperatur (tmst)"
    0x818284
    tmst
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818284  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS12ESUB
    "SST-Verteilung für Motorstarttemperatur"
    0x8100D0
    tmst
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    12
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100D0  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STV07TMUW
    "Stützstellenverteilung, Starttemperatur an Sonde vor Vorkatalysator"
    0x827F1C
    tavsost_w
    SstAUwSstUw
    1535.977
    temp_q0p0234_o273
    7
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x827F1C  0x10  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STW08MDUB
    "Stützstellenverteilung  Temperatur des Drehmomentenwandlers"
    0x81A754
    twnd
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A754  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SUGIKS
    "Schwefelgehalt im Kraftstoff"
    VALUE
    0x8294A8
    KwUw
    0.9999847
    m_q1p53em5
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SULSULUFT
    "Schwellwert für Plausibilitätsfehler LSU an Luft"
    VALUE
    0x82DFF4
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DFF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SULSUMN
    "Schwellwert für Plausibilitätsfehler während B_sa"
    VALUE
    0x82EAB6
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SULSUMX
    "Schwellwert für Plausibilitätsfehler CJ110"
    VALUE
    0x82DFF6
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DFF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SUSPTK
    "Faktor Schwefeleinspeicherung temperaturabhängig"
    CURVE
    0x8294AA
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294AA  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tkihkm_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        AXIS_PTS_REF STK08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin AXIS_PTS

    SVF07TMUW
    "Stützstellenverteilung, Fahrzeuggeschwindigkeit"
    0x81B2AC
    vfzg_w
    SstAUwSstUw
    511.9922
    vfzg_uw_b512
    7
    0.00
    511.9922

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B2AC  0x10  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SWMDGRLG
    "Schwelle Lastgradient für Istwert-Laufgrenze"
    VALUE
    0x82B99A
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B99A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SWNOXE
    "Schwelle NOx-Signal im Schub eingeschwungen"
    VALUE
    0x8284E4
    KwSw
    2047.969
    m_q0p03125_ppm
    -1024.000
    1023.969

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SWP08MFUB
    "Stützstellenverteilung für wped"
    0x810B7E
    wped
    SstAUbSstUb
    100.0
    relPED_ub_b100
    8
    0.00
    100.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810B7E  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SWP16MDUW
    "Stützstellenverteilung wped_w"
    0x815BB6
    wped_w
    SstAUwSstUw
    100.0000
    relPED_uw_b100
    16
    0.00
    100.0000

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x815BB6  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SWR08KHUW
    "Stützstellenverteilung für Katheizfortschritt (wsistr_w)"
    0x82C712
    wistr_w
    SstAUwSstUw
    0.9999847
    fak_uw_b1
    8
    0.00
    0.9999847

    
    FORMAT "%9.7"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82C712  0x12  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SWUHEPOTI
    "Spannungsschwelle-Heizanforderung für Heizpoti"
    VALUE
    0x819216
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819216  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SYNAES
    "Synchronisierzustand zur Einspritzfreigabe"
    VALUE
    0x8103A9
    KwUb
    253.0
    dez
    2.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SZABMAX
    "Sicherheitsabstand zur maximal zulässigen Schließzeit"
    VALUE
    0x811D81
    KwUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SZANSSM
    "Absteuerungsfaktorumschaltschwelle für Nachstartfaktor"
    CURVE
    0x819880
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819880  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SZMAXINIT
    "Maximale Schließzeit, wenn tseghi > 0"
    VALUE
    0x816DC2
    KwUw
    52.42800
    tsegment_sy
    0.00
    52.42800

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816DC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SZOUTMIN
    "Minimale Schließzeit"
    VALUE
    0x811D82
    KwUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAAGRDMX
    "max. Tastverhältnis AGR-Steller um Endstufendiagnose auszuführen"
    VALUE
    0x82A8DA
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGL
    "Zeit für LSU-Abgleich"
    VALUE
    0x81683A
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81683A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGMAX
    "maximal zulässige Abgastemperatur durch Doppeleinspritzung BDE"
    VALUE
    0x82C4F0
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGS
    "Zeit nach Start für LSU-Abgleich"
    VALUE
    0x81683C
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81683C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGSAB
    "Sicherheitszeitoffset für Abgaslaufzeit bis Abgas an NOx-Sensor"
    VALUE
    0x828CAE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGSTGK
    "Abgastemperaturschwelle für Dynamik-Messung"
    VALUE
    0x81361C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81361C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGSTGNO
    "Abgastemperaturschwelle für Dynamik-Messung Für BDE"
    VALUE
    0x81361E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81361E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGSW
    "Abgastemperaturschwelle für Freigabe Schwingungsprüfung"
    VALUE
    0x827FDE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABKSEMN
    "min. Tastverhältnis für Setzen Zyklusflag Endstufendiagnose BKS"
    VALUE
    0x829F2E
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABKSEMX
    "max. Tastverhältnis für Setzen Zyklusflag Endstufendiagnose BKS"
    VALUE
    0x829F30
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABMNTUM
    "Mindest-Abstellzeit bis Abkühlung Motor für Aktualisierung Umgebungstemperatur"
    VALUE
    0x82BC28
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSDTMN
    "Minimale Abstellzeit zur Startdiagnose des Temp.-Sensors"
    VALUE
    0x82BBE0
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSMADTM
    "Abstellzeit bis Abkühlung Motor für Diagnose TMOT"
    VALUE
    0x82BAC6
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BAC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTHLSU
    "Mindestabstellzeit für Wiederholstart Heizung LSU"
    VALUE
    0x82E4C6
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTKH
    "Mindestabstellzeit für Freigabe Kat-Heizen"
    VALUE
    0x82C724
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C724  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTLO
    "Min. Abstellzeit für NOx Integrationsfreigabe"
    VALUE
    0x8284E6
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTRILSU
    "Abstellzeit für Freigabe ri-Berechnung"
    VALUE
    0x82E4C8
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTRUM
    "Minimale Abstellzeit für Rücksetzen der Betriebsarten-Statistik"
    VALUE
    0x81BFBE
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADE
    "Ersatzgröße Lufttemperatur im Fehlerfall"
    VALUE
    0x81A028
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A028  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADLLR
    "Ansauglufttemperaturschwelle für Diagnose Leerlaufsteller"
    VALUE
    0x81A8E0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADLRNFG
    "Lernverbotszeit für Offset-Adaption"
    VALUE
    0x81B32C
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B32C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADLRNFGA
    "Lernverbotszeit fuer angeforderte Offset-Adaption"
    VALUE
    0x81B32E
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B32E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADLRNST
    "Zeitdauer für gleitende Mittelwertbildung des Nullpunktes"
    VALUE
    0x819112
    KwUb
    1.280
    t20msxs_ub_q0p02
    0.00
    1.280

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819112  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADMIN
    "Mindestintegrationszeit für Lightoffadaption"
    VALUE
    0x8284E8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADMM
    "1. Stufenbreite (Zeit) für Motortemperaturmodell"
    VALUE
    0x82BAC8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BAC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADMN
    "Ansauglufttemperatur min."
    VALUE
    0x81A029
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A029  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADMX
    "Ansauglufttemperatur max."
    VALUE
    0x81A02A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A02A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADTEAH
    "Kennlinie Tastverhältnis bei DTEV-Homogenprüfung"
    CURVE
    0x81AD4B
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD4B  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tdtesta
        t100msxs_ub_b25p5
        14
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADTEAM
    "Kennlinie Tastverhältnis bei DTEV-Prüfung im Magerbetrieb"
    CURVE
    0x81AD68
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD68  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tdtesta
        t100msxs_ub_b25p5
        14
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADTEMX
    "Tastverhältnisschwelle für aktive Prüfung"
    VALUE
    0x81AD85
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAFKPVDKE
    "Verzögerung Bedingung Adaption fkpvdk eingeschwungen"
    VALUE
    0x829F46
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAFKPVDKEK
    "Verzögerung Bedingung Adaption fkpvdk eingeschwungen Kurztrip"
    VALUE
    0x829F48
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAGAT
    "Zeitkonstante Abregelung Momenten begrenzung"
    VALUE
    0x81AA32
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA32  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAGREOAP
    "Abgastemperatur an AGR Entnahmeort Appliaktionswert"
    VALUE
    0x82A2B2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAGRON
    ""
    VALUE
    0x814F8E
    KwUw
    10.00000
    t10msxs_uw_b655p35
    0.00
    10.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHFMDE
    "Ersatzgröße bei Fehler Ansaugluft-Temperatur, Sensor im HFM"
    VALUE
    0x8195F0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHFMDMN
    "Mininmal-Diagn.-Schwelle für Ansauglufttemperatur von Sensor im HFM"
    VALUE
    0x8195F1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHFMDMX
    "Maximal-Diagn.-Schwelle für Ansauglufttemperatur von Sensor im HFM"
    VALUE
    0x8195F2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHFMELI
    "Ansauglufttemp. üb. Sensor im HFM : Erfassung u. Linearisierung, Inverskennlinie"
    CURVE
    0x8195F3
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195F3  0x29  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtahfm
        spg_ub_b5
        20
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHLL
    "Ansauglufttemperaturschwelle für erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x81A713
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A713  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHRLSUMN
    "Minimales Tastverhältnis für Endstufendiagnose"
    VALUE
    0x829B3C
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHRLSUMX
    "Max. Tastverhältnis zur Ansteuerung der Sondenheizung der LSU"
    VALUE
    0x81678C
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81678C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAIKRLSUMN
    "min. Diagnoseschwelle""Abgastemp. im Krümmer"" für  min. Tastverhältnis"
    VALUE
    0x82968C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82968C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAIRCMX
    "Überwachungszeit für obere Grenze der Botschaftszählerdifferenz"
    VALUE
    0x811DE7
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DE7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAIRCNU
    "Überwachungszeit für untere Grenze der Botschaftszählerdifferenz"
    VALUE
    0x811DE8
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DE8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAKTHPS
    "Schwankungsschwelle des Abgastemperatursensorsignals nach der Hochpassfilterung"
    VALUE
    0x8294F8
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAKTHPSV
    "Schwelle für hochpassgefiltertes Temperatursignal vor dem (Vor)-Katalysator"
    VALUE
    0x8294FA
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAKTMN
    "Mimimale Abgastemperatur vor dem Katalysator für das Diagnosefenster"
    VALUE
    0x8294FC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAKTMX
    "Maximale Abgastemperatur vor dem Katalysator für das Diagnosefenster"
    VALUE
    0x8294FE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAKTSKR
    "Verzögerungszeit für B_aktskr"
    VALUE
    0x8193FD
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193FD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAKZULDO
    "maximal zulässige Taktung der Doppeleinspritzung"
    VALUE
    0x81A178
    KwUb
    10.00
    dez
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A178  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TALASMX
    "Abgastemperatur-Schwellwert für Prüfung Heizerkopplung"
    VALUE
    0x81FBD2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TALSUSMX
    "Maximaler Abgastemperatur-Schwellwert für die Plausibilitätsdiagnose"
    VALUE
    0x82EAB8
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMIALU
    "Minimale Ansauglufttemperatur für Ausblendung der Aussetzererkennung"
    VALUE
    0x819359
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819359  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMSNDKOE
    "Verzögerung  langsamer additiver Massenstromabgleich ist eingeschwungen"
    VALUE
    0x829F4A
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMSNDKOEK
    "Verzögerung  langsamer additiver Massenstromabgleich ist eingeschwungen Kurztrip"
    VALUE
    0x829F4C
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMSRCMX
    "Überwachungszeit für obere Grenze der Botschaftszählerdifferenz"
    VALUE
    0x810323
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810323  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANDT
    "Schwelle Temperaturdifferenz Ansaugluft für Heißstart"
    CURVE
    0x810520
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810520  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tansab
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANFAPPL
    "Applizierbare Temperaturanforderung für Katheizen mit Momentenreserve"
    VALUE
    0x82C4F2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANH
    "Ansauglufttemperatur - Schwelle heiß"
    VALUE
    0x810531
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810531  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANHKMHT
    "Temperaturschwelle heiße Abgasanlage"
    VALUE
    0x828A0E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANHKMMN
    "Kat-Temperatur für ausreichende Sondenheizung"
    VALUE
    0x828CB0
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANHKMMX
    "Max. Abgastemperatur hinter Hauptkat für NOx-Signal-Offsetkorrektur im Schub"
    VALUE
    0x828CB2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANHKMN
    "minimale Abgastemperatur hinter HK, bei der Wasser im Leerlauf noch verdampft"
    VALUE
    0x827F2C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANHKSAO
    "Obergrenze Abgastemperatur nach Hauptkat für SA"
    VALUE
    0x82AFA6
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANMSV
    "Ansteuerdauer MSV"
    VALUE
    0x81A15C
    KwUb
    25.50
    t_q0p1ms
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A15C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSELI
    "Temperatur Ansaugluft-Erfassung u. Linearisierung, Inverskennlinie"
    CURVE
    0x81A02B
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A02B  0x29  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtans
        spg_ub_b5
        20
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSKOB
    "Ansauglufttemperaturschwelle für Kompressorabschaltung"
    VALUE
    0x81AF0A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF0A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSMN
    "Ansauglufttemperaturschwelle zur Nachstartaufweitung"
    VALUE
    0x810B87
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSMN_UM
    "Ansauglufttemperaturschwelle zur Nachstartaufweitung in der Fkt.-Überwachung"
    VALUE
    0x814011
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814011  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSNVMX
    "Maximale Ansauglufttemperatur für die Startdiagnose"
    VALUE
    0x82BBE2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSWMMN
    "Minimale Ansauglufttemperatur für Mager-Lightoff"
    VALUE
    0x81067B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81067B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANVKBTS
    "Schwelle Abgastemperatur nach Vorkat für Bauteileschutz"
    VALUE
    0x82AFA8
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANVKBTSE
    "Schwelle Abgastemperatur nach Vorkat für Bauteileschutz bei E_atnv"
    VALUE
    0x82AFAA
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANVKHPMX
    "maximale Abgastemperatur nach Vorkat für Katschutz"
    VALUE
    0x829648
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829648  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANVKHPMXE
    "maximale Abgastemperatur nach Vorkat für Katschutz bei Fehler tanvk"
    VALUE
    0x82964A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82964A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANVKLLMN
    "Minimale Temperatur nach Vorkat fuer SCH-Freigabe im Leerlauf"
    VALUE
    0x82964C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82964C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANVKSL
    "Temperaturschwelle Temperatur hinter Vorkat hinreichend klein für hohe Schubluft"
    VALUE
    0x82B846
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B846  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAONAGRA
    "Wartezeit AGR-Adaption ein nach AGR ein"
    VALUE
    0x81913C
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81913C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAPVLTM
    "Schwelle Abstellzeit für EKP-Vorlauf"
    CURVE
    0x82F232
    KlAUbSstUbWUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F232  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TARA
    "Temperaturschwelle Ansaugluft"
    VALUE
    0x8198BA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TARAU
    "Ansauglufttemperaturschwelle für Einschalten der Lambda - Regelung"
    VALUE
    0x81AA89
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAREIN
    "Sperrzeit für Antiruckelfunktion"
    VALUE
    0x810948
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810948  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASAGOKVST
    "Zeit für einmalige Vorsteuerungsaktivierung bei gesetztem B_sagok"
    VALUE
    0x8193EF
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASHS
    "Schwelle Ansauglufttemp. für Auslösung TLRHS - Sperrzeit LR bei Heißstart"
    VALUE
    0x81AA8A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASLL
    "Verzögerungszeit Grenztemperaturadaption im LL"
    VALUE
    0x82892E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82892E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASRLBK
    "Anauglufttemperaturschwelle im Saugrohr für Freigabe Offset-Adaption der LBK"
    VALUE
    0x82A8CA
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASTBFA
    "Modell-Temperatur vor Vorkatalysator Startwert bei B_faatm Anforderung"
    VALUE
    0x827F2E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATEGMX
    "Maximales Tastverhältnis für getakteten Betrieb."
    VALUE
    0x82ED62
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATELL
    "tans- Schwelle für Tankentlüfung bei B_ll = 1"
    VALUE
    0x81AB6F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATEMSN
    "Kennlinie Tastverhältnis TEV abhängig vom gewünschten Massenstrom"
    CURVE
    0x82ED64
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED64  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msntev_w
        m_uw_b25p6
        10
        0.00
        25.59961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMKRSA
    "Abgastemperatur im Krümmer bei Schubabschalten"
    VALUE
    0x827F30
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMRTPK
    "Zeitverzögerung zum Rücksetzten des Wärmemengen Integrators iwmatmk"
    VALUE
    0x827F32
    KwUw
    13107.00
    t_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMSTI
    "Initialisierungswert für tabgm, tkatm Startwert bei Powerfail"
    VALUE
    0x827F34
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMWMK
    "Temperaturoffset  für Wärmemengenberechnung"
    VALUE
    0x827F36
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMWMKK
    "Temperaturoffset  für Wärmemengenberechnung hinter Kat"
    VALUE
    0x827F38
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATNVMN
    "Minimale modellierte Abgastemperatur zur Ausführung der phys. Diagnose"
    VALUE
    0x82BBE4
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATRVHKS
    "Sollwert Abgastemperatur vor Hauptkat für Abgastemperaturregelung"
    VALUE
    0x82BA0A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATSMAXDO
    "Maximale Temperatur an Abgastemperatursensor bei der Nacheinspritzung möglich"
    VALUE
    0x82C78E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C78E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATSMINDO
    "Minimale Temperatur an Abgastemperatursensor bei der Nacheinspritzung möglich"
    VALUE
    0x82C790
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C790  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATUKMN
    "Minimale Umgebungstemperatur bei der Diagnose freigegeben wird"
    VALUE
    0x81946A
    KwUb
    1530.
    temp_q6_o273
    -273.1
    1257.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATUKMX
    "Maximale Umgebungstemperatur bei der Diagnose freigegeben wird"
    VALUE
    0x81946B
    KwUb
    1530.
    temp_q6_o273
    -273.1
    1257.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVHKBTS
    "Schwelle Abgastemperatur vor Hauptkat für Bauteileschutz"
    VALUE
    0x82AFAC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVHKEMN
    "Kat-Anspringtemperatur vom Hauptkat"
    VALUE
    0x827F3A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVHKSAO
    "Obergrenze Abgastemperatur vor Hauptkat für SA"
    VALUE
    0x82AFAE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVDCMN
    "Minimale -T-Schwelle für die Abgastemp. vor dem Vor.-Kat. für ""Duty-Cycle-Diag."""
    VALUE
    0x82968E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82968E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKBTS
    "Schwelle Abgastemperatur vor Vorkat für Bauteileschutz"
    VALUE
    0x82AFB0
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKBTSH
    "Harte Schwelle Überhitzung Vorkat"
    VALUE
    0x82AFB2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKBTSW
    "Weiche Schwelle Überwärmung Vorkat"
    VALUE
    0x82AFB4
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKEMN
    "Kat-Anspringtemperatur vom Vorkat"
    VALUE
    0x827F3C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKGEMN
    "Kat-Anspringtemperatur vom Washcoat Only Kat"
    VALUE
    0x827F3E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKHPMX
    "maximale Abgastemperatur vor Vorkat für Katschutz"
    VALUE
    0x82964E
    KwUw
    1534.898
    temp_q0p0234_o273
    -0.009375000
    1534.889

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82964E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKSAO
    "Obergrenze Abgastemperatur vor Vorkat für SA"
    VALUE
    0x82AFB6
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKSL
    "Temperaturschwelle Temperatur vor Vorkat hinreichend klein für hohe Schubluft"
    VALUE
    0x82B848
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B848  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBDEMODAP
    "Zeit nach Startende für Freigabe der periodischen Umschaltung"
    VALUE
    0x81BFB0
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBHNOHK
    "Dauer der Endstufenfreigabe"
    VALUE
    0x8193F0
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBIHNOGR
    "Zeit für Integratoranschlag"
    VALUE
    0x827F9A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBLRH
    "Sperrzeit für Regelung hinter Kat nach Freigabe durch Regelung vor Kat"
    VALUE
    0x81AB05
    KwUb
    24.50
    t100msxs_ub_b25p5
    1.000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB05  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBPWMCS
    "Wartezeit bis Signalunterbrechung erkannt"
    VALUE
    0x81B0EF
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBREONOS
    "Zeit, in der B_reonos auf true"
    VALUE
    0x8193E0
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBRLLSR
    "Zeitverzögerung Bremse (Los lassen) für Leckage ins Saugrohr"
    VALUE
    0x82F180
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F180  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBRTLSR
    "Zeitverzögerung Bremse (treten) für Leckage ins Saugrohr"
    VALUE
    0x82F182
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F182  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CAGF1
    "Mode 6: Component ID für Prüfung AGR im Mode Homogen"
    VALUE
    0x819139
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819139  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CAGF2
    "Mode 6: Component ID für Prüfung AGR im Mode HMM und Schicht"
    VALUE
    0x81913A
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81913A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CAGFK
    "Mode 6: Component ID für Prüfung AGR, Kurztest"
    VALUE
    0x81913B
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81913B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CKTH
    "Mode 6: Component ID für Prüfung DKATTH"
    VALUE
    0x81946C
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECL
    "Mode 6 Codewort für i.O. Prüfung des TEVs aus Luft-Prüfung"
    VALUE
    0x81AD86
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECNH
    "Mode 6 Codewort für i.O. Prüfung des TEVs bei B_hom aus Gemischabw. nach fett"
    VALUE
    0x81AD87
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECNL
    "Mode 6 Codewort für NICHT i.O. Prüfung des TEVs aus Luft-Prüfung"
    VALUE
    0x81AD88
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECNM
    "Mode 6 Codewort für i.O. Prüfung des TEVs bei nicht B_hom aus Gemischabw. fett"
    VALUE
    0x81AD89
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECP
    "Mode 6 Codewort für passive i.O. Prüfung des TEVs"
    VALUE
    0x81AD8A
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECXH
    "Mode 6 Codewort für i.O. Prüfung des TEVs bei B_hom aus Gemischabw. nach mager"
    VALUE
    0x81AD8B
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECXM
    "Mode 6 Codewort für i.O. Prüfung des TEVs bei nicht B_hom aus Gemischabw. mager"
    VALUE
    0x81AD8C
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCJ830NLOF
    "Wartezeit bis CJ830 im SG-Nachlauf in Reset Modus geht"
    VALUE
    0x819528
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819528  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCJ830OFF
    "Wartezeit bis CJ830 in Reset Modus geht"
    VALUE
    0x819529
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819529  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCONT_HILO
    "Entprellzeit Signal Dauer- high- low"
    VALUE
    0x811DE9
    KwUb
    1.270
    t10msxs_ub_b2p55
    0.00
    1.270

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DE9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCRCAN
    "Filterzeit für Crash-CAN-Signal"
    VALUE
    0x811DEA
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DEA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCRUISVZ
    "Entprellzeit zur Cruisingerkennung"
    VALUE
    0x81948B
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCSERC
    "Zeit zur sicheren Crash-CAN-Erkennung"
    VALUE
    0x81B0F0
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCSERNPL
    "Zeit für fehlgeschlagene automatische Crashsignalerkennung"
    VALUE
    0x81B0F1
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCSERP
    "Zeit zur sicheren Crash-PWM Erkennung"
    VALUE
    0x81B0F2
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDABGLST
    "Zeitverzögerung Freigabe Abgleich nach Startende"
    VALUE
    0x813914
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813914  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDAGRK
    "Wartezeit Aktivierung Klemmerkennung AGR-Ventil"
    VALUE
    0x8100DF
    KwUb
    1.275
    t5msxs_uw_b327p68
    0.00
    1.275

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDAGRR
    "Wartezeit bei taagrh_w bis zur Aktivierung Powersave AGR-Ventil"
    VALUE
    0x812FBA
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDAGRRLOW
    "Wartezeit taagrh_w zu hoch bis Aktivierung Powersave bei Ventil nahe Zu Position"
    VALUE
    0x812FBC
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDAGRSS
    "Ventilöffnungszeit für AGR Adaption im Schub"
    VALUE
    0x81B354
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B354  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDAGRSSKT
    "Ventilöffnungszeit für AGR Adaption im Schub (Kurztest)"
    VALUE
    0x81B356
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B356  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDAPTUBR
    "Wartezeit für UBR-Fehler bei Abschaltpfadtest"
    VALUE
    0x8194AD
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194AD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBAGRS
    "Verzugszeit für Freigabe Berechnung schnelle AGR Diagnose"
    VALUE
    0x812FC2
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBAGRSKT
    "Verzugszeit für Freigabe Berechnung schnelle AGR Diagnose (Kurztest)"
    VALUE
    0x812FC4
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKLOFF
    "Abschaltzeit für Bed. Kühlleistung nach ununterbrochenem Verlassen des Bereichs"
    VALUE
    0x81A0D3
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVFGABG
    "Zeitverzögerung nach Bit B_bkvmsisr für Freigabe DK-Abgleich"
    VALUE
    0x813916
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813916  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVKOMAB
    "Verzögerungszeit der Forderung Klimakompressor abschalten"
    VALUE
    0x81AF2E
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF2E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVNKHAB
    "Verzögerungszeit der Forderung LL-Drehzahl für KH abschalten"
    VALUE
    0x81AF2F
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF2F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVNWAB
    "Verzögerungszeit für NW-Umschaltung min. Überschneidung"
    VALUE
    0x81AF30
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF30  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVP
    "Verzögerung des Bits B_pbkvmn bei ausreichendem Saugrohrdruck"
    VALUE
    0x81AF31
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF31  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVSTED
    "Einschaltverzögerung  der Steuerbits der BKV-Funktion nach Startende"
    VALUE
    0x82F21E
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F21E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBZHDEV
    "Entprellzeit Boosterzeitfehler HDEV-Endstufe"
    VALUE
    0x819565
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819565  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDDLBKEPS
    "Zeit, nach der Saugrohrdruck sicher ausreichend niedrig war für LBK-Unterdruck"
    VALUE
    0x81961F
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81961F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDF
    "Entprellzeit DF-Fehlererkennung"
    VALUE
    0x8195CE
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDFBKV
    "Entprellzeit für Fehlereintrag DS Bremskraftverstärker"
    VALUE
    0x81AF37
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF37  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDFLBKO
    "Entprellzeit für Setzen des min oder max-Fehlers Offset-Adaption der LBK"
    VALUE
    0x819622
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819622  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDFU
    "Entprellzeit für Fehlereintrag Druckksensor Umgebung"
    VALUE
    0x8195D3
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDFZ
    "Wartezeit nach Startende bis DF-kein-Fehler gültig"
    VALUE
    0x82A15C
    KwUw
    6553.200
    t100msxs_uw_b6553p5
    0.3000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A15C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDHBKV
    "Entprellzeit für Setzen des Zyklusflags"
    VALUE
    0x81AF38
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF38  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDLBKEPS
    "Zeit, nach der Saugrohrdruck sicher ausreichend niedrig war für LBK-Unterdruck"
    VALUE
    0x819624
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819624  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDLBKLB
    "Verzögerungszeit, bis Sollwert-LBK im Homogenbetrieb mit Drall ausgegeben wird"
    VALUE
    0x819683
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819683  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDLBKNP
    "Entprellzeit für Setzen des Fehlers für nichtplausible LBK"
    VALUE
    0x819620
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819620  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDPUPSR
    "Entprellzeit für Fehlereintrag Differenz zwischen Umgebungs- und Saugrohrdruck"
    VALUE
    0x8195DA
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDQA
    "Verzögerungszeit erhöhte Steigung für Knickpunkt2"
    VALUE
    0x8135F4
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDQKP1
    "Verzögerungszeit gefilterte Steigung über Schwelle für Knickpunkt1"
    VALUE
    0x8135F6
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDQZH
    "Verzögerungszeit Differenz gefilterte Steigung im Band für Hochrechnung"
    VALUE
    0x8135F8
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDTATM
    "Maximale Temperaturdifferenz zum Abgastemperaturmodell"
    VALUE
    0x82BBE6
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDTATMFA
    "Maximale Temperaturdifferenz zum Abgastemperaturmodell im Testbetrieb"
    VALUE
    0x82BBE8
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDTATMHM
    ""
    VALUE
    0x82BBEA
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDTATMS
    "Maximale Temperaturdifferenz zum Abgastemperaturmodell im Schichtbetrieb"
    VALUE
    0x82BBEC
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDTEVFGAB
    "Zeitverzögerung nach %DTEV  für Freigabe DK-Abgleich"
    VALUE
    0x813918
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813918  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDTRS
    "Temperaturdifferenz zur Referenzsensortemperatur beim Start"
    VALUE
    0x82BBEE
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDEL
    "Hysterese Temperaturauswertung Speicherkatalysator"
    VALUE
    0x828930
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828930  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDELH
    "Hysterese Temperaturgrenzen Test Speicherkat"
    VALUE
    0x828932
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828932  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDELHT
    "Differenz obere Temperaturgrenze Speicherkat zur Absolutobergrenze"
    VALUE
    0x828934
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828934  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDFGABOAGR
    "Verzögerungszeit  von !B_agron für Freigabe fkmsdk-Abgleich"
    VALUE
    0x81391A
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81391A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDFRMXF
    "Zeitkonstante für Tiefpassfilterung der Gemischabweichung"
    CURVE
    0x82ADF6
    KlAUwSstUwWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADF6  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dfrmxq_w
        fak_uw_b16
        4
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDFROFF
    "Zeit zur Rücknahme der Sensorbetriebsbereitschaft bei fehlender Diagnosefreigabe"
    VALUE
    0x828C48
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDFSPERR
    "Laufzeit DHNOHKE verkürzen"
    VALUE
    0x81033E
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81033E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHNOAUS
    "Temperaturschwelle zum Rücksetzen der Verzögerungszeit zum aktivieren der Heizer"
    VALUE
    0x828C4A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHNOEIN
    "Temperaturschwelle zum Triggern der Verzögerungszeit zum aktivieren der Heizerdi"
    VALUE
    0x828C4C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHNOHER
    "Freigabezeit nach der Diagnosefunktion DHNOHKE im Fehlerfall aufgerufen wird"
    VALUE
    0x828A10
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHNOHKE
    "Freigabezeit, nach der Diagnosefkt. DHNOHKE aufgerufen wird"
    VALUE
    0x828A12
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHNOHKS
    "Freigabezeit nach der Diagnosefunktion DHNOHKE nach Zündung EIN aufgerufen wird"
    VALUE
    0x828A14
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHR
    "Entprellzeit für Diagnose Hauptrelais"
    VALUE
    0x827FF4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHREVAB
    "Entprellzeit für EV-Abschaltung bei Hauptrelais- bzw. -Kontakt-Fehler"
    VALUE
    0x8194AE
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194AE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDIDSSU
    "Verzögerungszeit bis zur Initalisierung des Umgebungsdruck mit ge. Saugrohrdruck"
    VALUE
    0x8195DB
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDIFKH
    "Minimale absolute Temperaturdifferenz (tans - tmst) für Erkennung Wiederholstart"
    VALUE
    0x81A172
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A172  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDIFMAX
    "Zeitdifferenz zwischen unterem und oberem Sondenspannungsschwellwert"
    VALUE
    0x81940A
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81940A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKHAKHN
    "Zeit, in der bei B_kha auch ohne B_kh erhöhte LL-Drehzahl gefordert wird"
    VALUE
    0x81A18F
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A18F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKLAGDE
    "Zeitdelta für Fehlerzählerlöschung bei DK-Soll-/Istvergleich"
    VALUE
    0x810308
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810308  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKNACH
    "Zeit im Nachlauf bis stromlose DK im NLP einschwingt"
    VALUE
    0x8136AE
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKPAW
    "Zeit für DK-Poti-Auswahl"
    VALUE
    0x810228
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810228  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKUPNOG
    "Verzögerungszeit nach Gangwechsel bis erneute Gangwechselerk. möglich"
    VALUE
    0x8194BD
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKWNST
    "Zeit ab Startende zum Sperren des Katalysatorwarmhaltens"
    VALUE
    0x82C596
    KwUw
    195.0000
    t100msxs_uw_b6553p5
    5.000000
    200.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C596  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLAKAD
    "Absteuerzeit von lamka_w für gesteuertes Katalysator-Ausräumen"
    VALUE
    0x82E956
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E956  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLAKAU
    "Aufsteuerzeit von lamka_w für gesteuertes Katalysator-Ausräumen"
    VALUE
    0x82E958
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E958  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLBKGRAD
    "Zeitkonstante für Freigabe Filter für Steigungsadaption der LBK"
    VALUE
    0x819625
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819625  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLBKO
    "Einschaltverzögerung für Offsetwert lernen"
    VALUE
    0x82A8CC
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLBKOFFS
    "Zeitkonstante für Freigabe Offsetfilter (ulbkoffs_w) des Spannungswertes der LBK"
    VALUE
    0x819626
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819626  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLR
    "Wartezeit bis setzen der Bedingung Diagnose Leerlaufsteller"
    VALUE
    0x82D8F8
    KwUw
    255.0000
    t200msxs_ub_b51
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D8F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLRMN
    "Wartezeit bis Fehlereintrag Steller geschlossen"
    VALUE
    0x82D8FA
    KwUw
    51.00000
    t200msxs_ub_b51
    0.00
    51.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D8FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLRMX
    "Wartezeit bis Fehlereintrag Steller offen"
    VALUE
    0x82D8FC
    KwUw
    51.00000
    t200msxs_ub_b51
    0.00
    51.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D8FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLRNF
    "Wartezeit bis Meldung kein Fehler bei Leerlaufsteller"
    VALUE
    0x82D8FE
    KwUw
    51.00000
    t200msxs_ub_b51
    0.00
    51.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D8FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLRHAFTMX
    "Verweildauer für Aktivierung der Haftreibungsroutine"
    VALUE
    0x8194EC
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLRPIDC
    "Zeitdelta zur Fehlerzeitdecrementierung bei DLR-Stellbereichsüberwachung"
    VALUE
    0x81372E
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81372E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLRPIDMX
    "max. Zeit für PWM-Tastverhältnis des DLR bei temp. UMA-Adapt."
    VALUE
    0x810250
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810250  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLZKE
    "Laufzeitkompensation für Endstufendiagnose NOx-Heizung"
    VALUE
    0x81033F
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81033F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLZSR
    "Entprellzeit für Fehlerpfad Leck zum Saugrohr"
    VALUE
    0x8195D1
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMFBSA
    "Zeitkonstante PT1-Filter beim Schubabschalten"
    VALUE
    0x815BD8
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x815BD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMFBWE
    "Zeitkonstante PT1-Filter beim weichen Wiedereinsetzen"
    VALUE
    0x815BDA
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x815BDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMFWEMI
    "Filterzeitkonstante beim harten Wiedereinsetzen"
    CURVE
    0x815BDC
    KlAUwSstUwWUw
    655.34999908
    zk10msxs_uw_b655
    0.010000915611
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x815BDC  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mivbeb_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMKOW
    "Entprellzeit nach Momentenreserve: Klimakompressor"
    VALUE
    0x82D740
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D740  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMLSDS
    "Zeit nach Kupplungsbetätigung mit veränderter LSD-Auslösung"
    VALUE
    0x8109CE
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMNAGRV
    "Entprellzeit für Temperaturschwelle"
    VALUE
    0x819125
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819125  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMODW
    "Zeitkonstante Filter Verlustmomentenadaption bei Modewechsel"
    VALUE
    0x81A741
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A741  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMRESLL
    "Sperrzeit für die erhöhte Momentenreserve nach dem Start"
    VALUE
    0x810855
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810855  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSDKS
    "Zeitverzögerung bis das Bit B_fkmsdks wirksam wird"
    VALUE
    0x810347
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810347  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMXAGRV
    "Entprellzeit für Temperaturschwelle"
    VALUE
    0x819126
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819126  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNDTHMF
    "Zeitverzögerung Freigabe Thermostatdiagnose nach Drehzahlunterschreitung"
    VALUE
    0x82BACA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BACA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNDTHMS
    "Zeitverzögerung Sperrung Thermostatdiagnose nach Drehzahlüberschreitung"
    VALUE
    0x81A0D4
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNNPTMF
    "Zeitverzögerung Freigabe tmot-Unplausibilität nach Drehzahlunterschreitung"
    VALUE
    0x82BACC
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BACC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNNPTMS
    "Zeitverzögerung Sperrung tmot-Unplausibilitätsprüfg. nach Drehzahlüberschreitung"
    VALUE
    0x81A0D5
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNOMR
    "Verzögerung bis Verbot einer Zündwinkelverspätung zum Katheizen erkannt"
    VALUE
    0x81A164
    KwUb
    7.000
    t200msxs_ub_b51
    0.00
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A164  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNOMX
    "Verzögerungszeit Kat im Betriebsbereich (NOx-Rohmassenstrom)"
    VALUE
    0x828936
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828936  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNREG
    "Verzögerungszeit nach Regenerationsabbruch"
    VALUE
    0x8135FA
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNSTA
    "Auspufferwärmzeit ab Start, für TANS - Diagnose"
    VALUE
    0x81A054
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A054  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNSTKHN
    "Zeit nach Start, in der für Katheizen erhöhte LL-Drehzahl hart gefordert"
    VALUE
    0x82C7F8
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C7F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNSUB
    "Batterie - Erholzeit ab Start, für UBATT - Diagnose"
    VALUE
    0x813656
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813656  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNWSP
    "Zeitverzögerung für Prüfung Nockenwellenverschiebung"
    VALUE
    0x8193B4
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNX
    "Entprellzeit Fehlertyp max.: Überdrehzahl"
    VALUE
    0x8193B7
    KwUb
    51.00
    t_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPBKVMN
    "Verzögerungszeit der Bedingung BKV ohne ausreichenden Unterdruck"
    VALUE
    0x81AF32
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF32  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPBKVMNP
    "Verzögerungszeit der Bedingung BKV ohne ausreichenden Unterdruck für BKV-Pumpe"
    VALUE
    0x81AF33
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF33  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPRHOMHMM
    "Verzögerungszeit bis Freigabe PS-Regler nach Umschaltung von HOM oder HMM"
    VALUE
    0x81969C
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81969C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPSXSFIL
    "Verzögerungszeit von psxsfil_w"
    VALUE
    0x82AB18
    KwUw
    655.34999985
    tz20msxs_uw_b655p36
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPULLDW
    "Eingriffszeit des Pull-down Integrators AGR-Ventil"
    VALUE
    0x8100E0
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDRLLRHKX
    "Entprellzeit Delta-rl-Bedingung  für Ausblendung I-Anteil"
    VALUE
    0x81AB06
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB06  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDRNLUBR
    "Entprellzeit Rücksetzen Nachlauf-Anforderung von GGUBR"
    VALUE
    0x8194AF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194AF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDRSMX
    "Maximale Temperaturdifferenz zw. Wassertemperatur und Ansauglufttemperatur"
    VALUE
    0x82BBF0
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDSAFGABGL
    "Zeitverzögerung nach Bit B_sa  für Freigabe DK-Abgleich"
    VALUE
    0x81391C
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81391C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDSBKS
    "Temperaturdifferenzschwelle für Kaltstarterkennung"
    VALUE
    0x829EB8
    KwSw
    49151.25
    temp_sw_q0p75
    -24576.00
    24575.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDSTFLBS
    "Zeit nach Startende solange LBK-Startwert ausgegeben wird"
    VALUE
    0x819684
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819684  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTA
    "Entprellzeit Fehlererkennung TANS"
    VALUE
    0x81A055
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A055  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTAGRA
    "Zeitverzögerung DTAV für Freigabe AGR Adaption"
    VALUE
    0x81913D
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81913D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTAHFM
    "Entprellzeit Fehlererkennung /-Heilung Ansaugluft-Temp. üb. Sensor im HFM"
    VALUE
    0x81961C
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81961C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTAL
    "TANS Fehlererkennung / Zeitsperre ab B_LL = 1"
    VALUE
    0x81A056
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A056  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTEABUM
    "Max. Prüfzeit DTEV im Mageren"
    VALUE
    0x81AD8D
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTEFA
    "Zeit für Sperre DTEV ab Start bei Testeranforderung"
    VALUE
    0x82EDEC
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTEZAM
    "Zeit ab Start für aktive DTEV möglich"
    VALUE
    0x82EDEE
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTKAUS
    "Entprellzeit Fehlererkennung Temperatur Kühlerausgang"
    VALUE
    0x81A0FA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTM
    "Entprellzeit Fehlererkennung TMOT"
    VALUE
    0x82BACE
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BACE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTMMA
    "Verzögerungszeit Anfangswert Motortemperaturmodell"
    VALUE
    0x814D90
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTMNPO
    "Entprellzeit Fehlererkennung Unplausibilität oben TMOT"
    VALUE
    0x81A0D6
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTMPOG
    "Entprellzeit Prüfung obere Unplausibilität gültig TMOT"
    VALUE
    0x81A0D7
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTUM
    "Entprellzeit Fehlererkennung Umgebungslufttemperatur TUM"
    VALUE
    0x82BC2A
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDUB
    "Wartezeit für UBATT-Diagnose"
    VALUE
    0x8101F4
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDUBR
    "Entprellzeit für Diagnose UBR"
    VALUE
    0x8194B0
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDUBRNL
    "Entprellzeit für Diagnose UBR im Nachlauf"
    VALUE
    0x8194B1
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDV
    "Fehlererkennung Tachosignal / Zeitdauer für Abfrage"
    VALUE
    0x8194AB
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDVIVZ
    "Toleranzzeit bei zu großer Abweichung zw. Istgeschw. und Zielgeschw."
    VALUE
    0x81377C
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81377C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDVZVI
    "Toleranzzeit bei zu großer Abweichung zw. Zielgeschw. und Istgeschw."
    VALUE
    0x81377E
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81377E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDWPOPBP
    "Entprellzeit zur Deaktivierung der PWG/Brems-Plaus. über Pedalgradient"
    VALUE
    0x810204
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810204  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDWWHMM
    "Zeitkonstante für Wirkungsgradänderung bei Wechsel Betriebsart Homogen-Mager"
    VALUE
    0x81A0D8
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDWWSCH
    "Zeitkonstante für Wirkungsgradänderung bei Wechsel Betriebsart Schicht"
    VALUE
    0x81A0D9
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDZHR
    "Entprellzeit für Setzen des Zyklusflag"
    VALUE
    0x827FF6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEBBREMS
    "Entprellzeit von B_brems"
    VALUE
    0x81AF2A
    KwUb
    0.5000
    t50msxs_q0p05
    0.00
    0.5000

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF2A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEBKVNKHA
    "Entprellzeit für Schalter Druck Bremskraftverstärker"
    VALUE
    0x81AF34
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF34  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEBKVNWAB
    "Entprellzeit für NW-Umschaltung min. Überschneidung"
    VALUE
    0x81AF35
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF35  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEDAGRE
    "Fehlerentprellzeit DAGRE"
    VALUE
    0x819629
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819629  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEDGGTZFA
    "Entprellzeitkonstante zum Setzen des Zyklusflags; Testbetrieb"
    VALUE
    0x82BBF2
    KwUw
    65534.00
    t1sxs_uw_q1
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEDGGTZST
    "Entprellzeitkonstante zum Setzen des Zyklusflags"
    VALUE
    0x82BBF4
    KwUw
    65534.00
    t1sxs_uw_q1
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEEDNV
    "Entprellzeitkonstante für elektrische Diagnose nach dem Vorkatalysator"
    VALUE
    0x82BBF6
    KwUw
    65534.00
    t1sxs_uw_q1
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEFRA
    "Erkennungszeit für ""FRA stabil"" bei Überschreiten der Diagnoseschwelle"
    VALUE
    0x8198E2
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEHEHRLSU
    "Entprellzeit zum Heilen des Fehlerpfades HRLSU"
    VALUE
    0x829690
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829690  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEHRF
    "Entprellzeit für Heizungsregelungsfehler"
    VALUE
    0x829692
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829692  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEHRLSUE
    "Entprellzeit für Heizungsregelung der LSU für elektrischen Fehler"
    VALUE
    0x829694
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829694  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEIANSCH
    "Maximale Zeit für Integratoranschlag"
    VALUE
    0x827F9C
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEKPLBKS
    "Zeitgrenze Fehler Plausibilisierung Regler Parameter während Kurztrip zu groß"
    VALUE
    0x829F1E
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TELLRSMV
    "Entprellzeit nach Bedingung B_llr zur Aktivierung des Sensor-Modell-Vergleich"
    VALUE
    0x82BBF8
    KwUw
    65534.00
    t1sxs_uw_q1
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEMPMNAGRV
    "Temperaturschwelle für Fehlerspeicherfreigabe"
    VALUE
    0x819127
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819127  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEMPMXAGRV
    "Temperaturschwelle für Fehlerspeicherfreigabe"
    VALUE
    0x819128
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819128  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TENHOM
    "Zeitdauer bis Homogen-Betrrieb erlaubt"
    VALUE
    0x827FE0
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TENOHBB
    "Entprellzeit Bedingung Betriebsbereitschaft NOx-Sensor aus Heizerkontrolle"
    VALUE
    0x828A16
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TENPRSCH
    "Entprellzeit für Schichtbetrieb"
    VALUE
    0x8191F8
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEORA
    "Erkennungszeit für ""ORA stabil"" bei Überschreiten der Diagnoseschwelle"
    VALUE
    0x8198E3
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPBKVMN
    "Entprellzeit von B_pbkvmn"
    VALUE
    0x81AF36
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF36  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPBKVNB
    "Einschwingzeit der Bremskraftdruckreaktion nach Bremsen"
    VALUE
    0x81AF39
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF39  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPBRKUP
    "Entprellzeit für Brems- und Kupplungsschalter"
    VALUE
    0x81030C
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81030C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPCL
    "Zeit ab Motorlauf bis EPCL-Testansteuerung Ende"
    VALUE
    0x819372
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819372  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPCLF
    "Zeit ab Motorlauf bis EPCL-Testansteuerung Ende bei Fehler"
    VALUE
    0x819373
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819373  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPCLI
    "Zeit ab INI bis EPCL-Testansteuerung Ende"
    VALUE
    0x819374
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819374  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPCLIF
    "Zeit ab INI bis EPCL-Testansteuerung Ende bei Fehler"
    VALUE
    0x819375
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819375  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPDNV
    "Entprellzeitkonstante für physikalische Diagnose nach dem Vorkatalysator"
    VALUE
    0x82BBFA
    KwUw
    65534.00
    t1sxs_uw_q1
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPDNVT
    "Entprellzeitkonstante für physikalische Diagnose nach dem Vorkatalysator, Tester"
    VALUE
    0x82BBFC
    KwUw
    65534.00
    t1sxs_uw_q1
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPFGRH
    "Entprellzeit für FGR-Bedienhebel"
    VALUE
    0x8194CD
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TERDASH
    "Zeitverzögerung für Lastschlagerkennung"
    VALUE
    0x8193B5
    KwUb
    50.80
    t200msxs_ub_b51
    0.2000
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEREGSCH
    "Entprellzeit Umschaltung Schichtbetrieb-Regeneration"
    VALUE
    0x8193E1
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TERIMSMN
    "Zeitgrenze, innerhalb der rino unterschritten werden darf"
    VALUE
    0x827F9E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TERPLBKS
    "Zeitgrenze Fehler Plausibilierung Reglerparameter zu groß"
    VALUE
    0x829F20
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TESAMN
    "Min. Zeit zur Aktivierung Schubabgleich nach Schubabschaltung"
    VALUE
    0x81366E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81366E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TESAMX
    "Max. Zeit Schubabgleich"
    VALUE
    0x813670
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813670  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TETRST
    "Beginn Regelung Thermostat nach Start"
    VALUE
    0x81B082
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B082  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEUMSCH
    "Entprellzeit für Umschaltvorgang"
    VALUE
    0x8193FE
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193FE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEUNOSMN
    "Zeitvorgabe für Abweichung uunohk_w von UNOSMN"
    VALUE
    0x828AE2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFAHRKLO
    "Dauer Mager-Lightoff Haupkat"
    VALUE
    0x814F90
    KwUw
    60.00000
    t10msxs_uw_b655p35
    0.00
    60.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFALLMIGES
    "fallende Zeit der Moment-Rampe bei fehlende Getriebe Botschaften"
    VALUE
    0x810106
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810106  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRABS
    "Zeitkonstante zum Entprellen der FGR-Abschaltung bei ABS-Bremsung"
    VALUE
    0x81952C
    KwUb
    0.4000
    t20msxs_ub_b5p1
    0.00
    0.4000

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81952C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRAR
    "Rampenlaufzeit bei Komfortabschaltung des FGR"
    VALUE
    0x81955F
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.00
    5.080

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81955F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRFDY
    "Toleranzzeit für Eingriffe von Fahrdynamikfunktionen im FGR-Betrieb"
    VALUE
    0x810310
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810310  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRHE
    "Verzögerungszeit für Erkennung FGR-Bedienhebelfehler"
    VALUE
    0x8194CE
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRHSNP
    "Toleranzzeit für Unplausibilität FGR-Hauptschalter"
    VALUE
    0x8194CF
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRTIP
    "Zeit für Erkennung gehaltene FGR-Funktionstaste Beschleunigen oder Verzögern"
    VALUE
    0x8194D0
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRUEOB
    "Toleranzzeit für Überschreiten der oberen Beschleunigungsschwelle im FGR-Betrieb"
    VALUE
    0x810311
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810311  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRUM
    "Toleranzzeit für Erkennung FGR-Betrieb in der Funktionsüberwachung"
    VALUE
    0x810312
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810312  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRUNUB
    "Toleranzzeit für Unterschreiten der unteren Beschl.schwelle im FGR-Betrieb"
    VALUE
    0x810313
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810313  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRVRAB
    "FGR: Zeit für Geschwindigkeitsabschaltung über vroh =0"
    VALUE
    0x81000B
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81000B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFKAKORFV
    "Zeit für Erkennung Fehlerverdacht Gemisch"
    VALUE
    0x82ED42
    KwUw
    30.00000
    t100msxs_uw_b6553p5
    0.00
    30.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFMSNOVHK
    "Filterzeitkonstante für msnovhk_w"
    VALUE
    0x82822E
    KwUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82822E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFNOFHT
    "Verzugszeit Kattemperatur im Band für Hochtemperatur"
    VALUE
    0x8193E2
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFNOK
    "Verzugszeit Filterung NOx-Signal"
    VALUE
    0x8284EA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFNOK2
    "Verzögerungszeit Lightoffkurve"
    VALUE
    0x8284EC
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFNOXE
    "Filterzeitkonstante NOx-Einschwingvorgang"
    VALUE
    0x8284EE
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFPWG2
    "Filterzeit zur Filterung von Poti 2 bei der Bewegungserkennung"
    VALUE
    0x81368A
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81368A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRA
    "Erkennungszeit für eingeschwungene Grundadaption von fra"
    VALUE
    0x8198E4
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRAAKT
    "FRA-Aktivzeit für Rücksetzen von B_orastab"
    VALUE
    0x8198E5
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRATHR
    "Zeit für Meldung der physik. Laufbereitschaft bei nicht aktiver Lambdaregelung"
    VALUE
    0x8198BB
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRATZ
    "Verweilzeit für Setzen des Zyklusflags FRA und ORA, wenn keine Fehlerverdach"
    VALUE
    0x8198E6
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRECILAM
    "Zeitkonstante Filterung recilam"
    VALUE
    0x81065B
    KwUb
    2.54996
    zk10msxs_ub_b2p56
    0.0100392
    2.56000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81065B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRELABBR
    "Zeitkonstante Filterung relabbr_w"
    VALUE
    0x8137E4
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRMST
    "Erkennungszeit für eingeschwungene Grundadaption von frm"
    VALUE
    0x8198EF
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRMXNLH
    "Entprellzeit für Notlauf homogen bei Überschreitung des fr_w Grenzwertes NLKO"
    VALUE
    0x81921C
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81921C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRMXSCHDI
    "Entprellzeit für Schicht Verbot bei Überschreitung des fr_w Grenzwertes NLKO"
    VALUE
    0x81921D
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81921D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRMZST
    "Verweilzeit für unplausibles frm-Signal (Kurztest)"
    VALUE
    0x8198F0
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFTEINI
    "Zeit für Erkennung TE Stop"
    VALUE
    0x82ED44
    KwUw
    200.0000
    t100msxs_uw_b6553p5
    0.00
    200.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFTNODB
    "Filterzeitkonstante für tnodb_w"
    VALUE
    0x828230
    KwUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828230  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFWDKPN
    "Zeitkonstante für Filterung der DK-Winkel vor Vergl. mit Ersatzwert aus Füllung"
    CURVE
    0x810229
    KlAUbSstUbWUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810229  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFWDKPSPV
    "Zeit für Soll-Drosselklappenfilterung (abhängig von Druckverhältnis an DK)"
    CURVE
    0x813B3E
    KlAUwSstUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B3E  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvds_w
        fak_uw_b2
        4
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFWDKSOM
    "Zeitkonstante für Drosselklappensollwinkelfilterung bei Kl15 aus"
    VALUE
    0x82AAE6
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AAE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFWPFGR
    "Filterzeitkonstante für Berechnung wpfgr_w"
    VALUE
    0x829AF6
    KwUw
    1310.6999997
    zk20msxs_uw_b1310p72
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFWRNOHK
    "Filterzeitkonstante für wrnohk_w"
    VALUE
    0x828232
    KwUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828232  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAALTWR
    "Zeit Zeitkonstante fürs Rücksetzen  der Gemischkorrektur auf letzten Tripwert"
    VALUE
    0x82AE08
    KwUw
    4.999924
    zk200msxs_uw_b5
    0.00
    4.999924

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AE08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAFVINI
    "Zeit für erste Gemischadaptionsphase im Fehlerfall"
    VALUE
    0x82AEF0
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAGAE
    "Zeitdauer für Gemischadaptionsphase bei gesetztem Zyklusflag Z_ora"
    VALUE
    0x82AEF2
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAHR
    "Maximale Zeit für Homogen- Anforderung bei Fehlerverdacht im Gemisch"
    VALUE
    0x8198BC
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAINI
    "Zeit für erste Gemischadaptionsphase ohne Fehler"
    VALUE
    0x82AEF4
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGANGAE
    "Zeitdauer für Gemischadaptionsphase bei nicht gesetztem Zyklusflag Z_ora"
    VALUE
    0x82AEF6
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAPA
    "Maximale Zeitdauer Gemischadaptionsanforderung bei niedriger Beladung"
    VALUE
    0x82AEF8
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAPANS
    "Zeit nach Start für die Freigebe der Gemischadaptionsanforderung"
    VALUE
    0x82AEFA
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGNOK
    "Gesamtzeit Lightoff-Kurve"
    VALUE
    0x8284F0
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGRACMX
    "Überwachungszähler für obere Grenze der Botschaftszählerdifferenz GRA"
    VALUE
    0x81032C
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81032C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGRACNU
    "Überwachungszeit für untere Grenze der Botschaftszählerdifferenz GRA"
    VALUE
    0x81032D
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81032D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGRESBKS
    "Temperaturgrenze für Resetierung des LowpassT_1 TMODBKS"
    VALUE
    0x8195C9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGSABKS
    "Zeitgrenze für Sicherheitsabfrage"
    VALUE
    0x8195CA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THAUSSA
    "Zeit für Heizung aus der Schubabschaltung"
    VALUE
    0x828C4E
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THDMB
    "Heilungs-Entprellzeit des Fehleintrags für dauerhafte Momentbegrenzung"
    VALUE
    0x82DD6A
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DD6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THEALING
    "Wartezeit bis Start Heilungsprüfung"
    VALUE
    0x829B3A
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THEINNSA
    "Gültigkeit des NOx-Heizungsintegrationsanschlags nach Schubabschaltung"
    VALUE
    0x828C50
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THEXMX
    "max. zulässige Sechskanttemperatur betr. Schubabgleich"
    VALUE
    0x813672
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813672  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKHMMMN
    "Mindesttemperatur Hauptkat für hmm-Betrieb"
    VALUE
    0x829650
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829650  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKHNOS
    "Starttemperatur Heizerregelung"
    VALUE
    0x828A18
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKHNOSLT
    "Starttemperatur hHK Heizerregelung bei niedrigen Motorstarttemperaturen"
    VALUE
    0x828A1A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKKRIT
    "Hauptkattemperatur für kritische Abgasreinigung"
    VALUE
    0x829652
    KwUw
    1534.898
    temp_q0p0234_o273
    -0.009375000
    1534.889

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829652  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKLLMN
    "Minimale Temperatur Hauptkat fuer SCH-Freigabe im Leerlauf"
    VALUE
    0x829654
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829654  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKMAXDO
    "Maximale Temperatur Hauptkat bei der Nacheinspritzung möglich ist"
    VALUE
    0x82C792
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C792  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKMINDO
    "Minimale Temperatur Hauptkat bei der Nacheinspritzung möglich ist"
    VALUE
    0x82C794
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C794  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKSLMN
    "Temperaturschwelle Temperatur in Hauptkat hinreichend groß für hohe Schubluft"
    VALUE
    0x82B84A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B84A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THKSLMX
    "Temperaturschwelle Temperatur vor Hauptkat zu groß für hohe Schubluft"
    VALUE
    0x82B84C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B84C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THLSUHR
    "Verzögerungszeit zum Setzen der Bedingung B_henrin nach Einschalten der Heizung"
    VALUE
    0x81AA40
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA40  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THLSUHRST
    "Verzögerungszeit zum Setzen von B_henrin nach Einschalten der Heizung  im Start"
    VALUE
    0x81AA41
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA41  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THNOVAL
    "Entprellzeit für NOx-Sensordiagnose"
    VALUE
    0x828C52
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THNOVALMX
    "Max Zeit bis NOx-Werte eingeschwungen"
    VALUE
    0x828C54
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THOMGR
    "Grenzzeit für Homogenbetrieb, nach der B_mngef=0 gesetzt wird"
    VALUE
    0x8193E3
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THOPP1
    "Fehlerzeit bei Hochohmigkeitsprüfung Poti 1"
    VALUE
    0x810205
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810205  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THOPP2
    "Fehlerzeit bei Hochohmigkeitsprüfung Poti 2"
    VALUE
    0x810206
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810206  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THSAONVZ
    "Verzögerungszeit zum Entprellen des Bits B_sa beim Einschalten"
    VALUE
    0x828C56
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THSAVERZ
    "Verzögerungszeit zum Entprellen des Bits B_sa beim Ausschalten"
    VALUE
    0x828C58
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THSPKHMN
    "Minimale Zeit nach Startende, ab der homogene Split-Einspritzung freigegeben"
    VALUE
    0x82BFF4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THSPKHMX
    "Maximale Zeit nach Startende, bis zu der homogene Split-Einspritzung freigegene"
    VALUE
    0x82BFF6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THYMBDE
    "Zeit für vergrößerte Hysterese für Fahrerwunschmoment am Eingang KFBDEMFA"
    VALUE
    0x819E14
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E14  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIDLEMAX
    ""
    VALUE
    0x81A4C6
    KwUb
    0.00
    t100msxs_ub_b25p5
    10.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIDLEMIN
    ""
    VALUE
    0x81A4C7
    KwUb
    0.00
    t100msxs_ub_b25p5
    2.300
    2.300

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIHNLPH
    "einmalige Einspritzdauer im Phasengeber-Notlauf"
    VALUE
    0x813FFC
    KwUw
    1680.385
    tinj8_sy_ms
    0.00
    1680.385

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIHNOGR
    "Entprellzeit für Diagnose-Bedingung B_ihnogr in Sekunden"
    VALUE
    0x8193F1
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIKADTEE
    "Mindestzeit für Erkennung Gemischkorrekturfaktor eingeschwungen"
    VALUE
    0x81AD8E
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIKADTNM
    "Maximalzeit für Erkennung Gemischkorrekturfaktor eingeschwungen"
    VALUE
    0x81AD8F
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAELI
    "Temperatur Kühlerausgang Erfassung und Linearisierung"
    CURVE
    0x81A0FB
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0FB  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtka
        spg_ub_b5
        18
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAEW
    "KMTR Ersatzwert Temperatur Kühlerausgang"
    VALUE
    0x81B083
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B083  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAHKUMF
    "kumulierte Maximalzeit für Katalysatoraufheizen bei finaler Entschwefelung"
    VALUE
    0x8294BA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAHKUMMX
    "kumulierte Maximalzeit für Katalysatoraufheizen für Entschwefelung"
    VALUE
    0x8294BC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAHSUMX
    "Maximalzeit für Katalysatoraufheizen für Entschwefelung"
    VALUE
    0x8294BE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAHSUOG
    "Obere Grenze für Zeit zum  Katalysatoraufheizen für Entschwefelung"
    VALUE
    0x8294C0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAINI
    "Initilaisierungswert Tiefpaß Soll-Temperatur Kühlerausgang"
    VALUE
    0x81B084
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B084  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKALS1A
    "Minimalwert TKA zur Ausschaltung Lüfter 1"
    VALUE
    0x81B085
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B085  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKALS1E
    "Maximalwert TKA zur Einschaltung Lüfter 1"
    VALUE
    0x81B086
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B086  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKALS2A
    "Minimalwert TKA zur Ausschaltung Lüfter 2"
    VALUE
    0x81B087
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B087  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKALS2E
    "Maximalwert TKA zur Einschaltung Lüfter 2"
    VALUE
    0x81B088
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B088  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAMN
    "Minimale Katalysatortemperatur für Adaption"
    VALUE
    0x813610
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813610  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAMX
    "Maximale Katalysatortemperatur für Adaption"
    VALUE
    0x813612
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813612  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKANAGRU
    "min Lufttemperaturschwelle (Kelvin) für AGR"
    VALUE
    0x81B358
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B358  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKANAGRUS
    "min Lufttemperaturschwelle (Kelvin) für AGR im Schichtbetrieb"
    VALUE
    0x81B35A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B35A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATVLS
    "Maximalwert-Soll-TKA"
    VALUE
    0x81B089
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B089  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATVLSMX
    "Maximalwert-Soll-Tka"
    VALUE
    0x81B08A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B08A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAUSDE
    "Ersatzgröße Temperatur Kühlerausgang im Fehlerfall"
    VALUE
    0x81A120
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A120  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAUSDMN
    "Min. Temperatur Kühlerausgang"
    VALUE
    0x81A121
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A121  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAUSDMX
    "Max. Temperatur Kühlerausgang"
    VALUE
    0x81A122
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A122  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKD
    "Lernzeit für Kick-Down-Position"
    VALUE
    0x810222
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810222  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERENSCUN
    "Einschaltschwelle für Diagnose an UN des Auswerte-ICs (auf Temperaturbasis)"
    VALUE
    0x8168E8
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERLSPSF
    "Einschaltschwelle für Pumpstromregler des Auswerte-ICs (auf Temperaturbasis)"
    VALUE
    0x8168EA
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERLSUDMN
    "Minimale Temperatur, die die Sonde nach Ablauf TVLSUBB erreichen muß"
    VALUE
    0x829696
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829696  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERLSUS
    "Keramiksolltemperatur für LSU"
    VALUE
    0x82E4CA
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERLSUST
    "Keramiktemperaturgrenzwert zum Abbruch der Startsteuerung"
    VALUE
    0x82E4CC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E4CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHFSAB
    "Entprellzeit für Umschaltung auf Katheizdrehzahl bei Fahrstufe"
    VALUE
    0x82C7FA
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C7FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHMX
    "Maximale Einschaltdauer der Funktion Katheizen"
    VALUE
    0x82C726
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C726  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHNAB
    "Zeitdauer Absteuern Katheizdrehzahl"
    VALUE
    0x82C7FC
    KwUw
    6553.4999985
    zk100msxs_uw_b655
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C7FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHSWS
    "Übergangszeit für Wärmestromforderung: von LL auf Last-Forderung"
    VALUE
    0x81A173
    KwUb
    50.9992
    zk200msxs_ub_b51p20
    0.200784
    51.2000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A173  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHSWSLL
    "Überganszeit für Wärmestromforderung: von Last auf LL-Forderung"
    VALUE
    0x81A174
    KwUb
    50.9992
    zk200msxs_ub_b51p20
    0.200784
    51.2000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A174  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIGKO
    "Obere Kattemperaturschwelle zur Erkennung geringer Katschädigung"
    VALUE
    0x828938
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828938  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIGKU
    "Untere Kattemperaturschwelle zur Erkennung geringer Katschädigung"
    VALUE
    0x82893A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82893A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIHKBTS
    "Schwelle Kattemperatur im Hauptkat für Bauteileschutz"
    VALUE
    0x82AFB8
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIHKMLRH
    "Einschaltschwelle Hauptkat-Modelltemperatur  für Lambdaregelung hinter Kat"
    VALUE
    0x82EA3C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EA3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIHKMRED
    "Temperaturschwelle für zylinderindividuelle Einspritzausblendung, Hauptkat"
    VALUE
    0x82DE3C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIHKSAO
    "Obergrenze Kattemperatur im Hauptkat für SA"
    VALUE
    0x82AFBA
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIHMKHGR
    "Schwelle Temperatur Speicherkat oberhalb Absolutgrenze"
    VALUE
    0x82893C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82893C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKILAMGR
    "Grenztemperatur konstante Lambda Regeneration"
    VALUE
    0x82893E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82893E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIMN
    "min. Temperatur im Hauptkat für Plausibilisierung"
    VALUE
    0x828AC8
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIMX
    "max. Temperatur im Hauptkat für Plausibilisierung"
    VALUE
    0x828ACA
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ACA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIREGSP
    "Kattemperaturschwelle zur Umschaltung auf NOx-Beladungsgrenzwert Hochtemperatur"
    VALUE
    0x828940
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828940  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIVKBTS
    "Schwelle Kattemperatur im Vorkat für Bauteileschutz"
    VALUE
    0x82AFBC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIVKMRED
    "Temperaturschwelle für zylinderindividuelle Einspritzausblendung, Vorkat"
    VALUE
    0x82DE3E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIVKSAO
    "Obergrenze Kattemperatur im Vorkat für SA"
    VALUE
    0x82AFBE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKLDFINI
    "Verzögerungszeit für Auswertung von DFPWM nach Startende"
    VALUE
    0x81B0F8
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKLDFPWMDF
    "Verzögerungszeit für Setzen des Ersatzwerts KLDFPWMDEF"
    VALUE
    0x82F430
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F430  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMAGRO
    "obere Tmot-Schwelle (Kelvin) für AGR aktiv"
    VALUE
    0x81B35C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B35C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMAGRSS
    "Motor-Temperatur (Kelvin) für Sollwert-Steuerung AGR"
    VALUE
    0x81B35E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B35E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMAGRU
    "untere Tmot-Schwelle (Kelvin) für AGR aktiv"
    VALUE
    0x81B360
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B360  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMWLMW
    "Testkanal für %TKMWL Messwert"
    VALUE
    0x81071F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81071F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMWLNA
    "Testkanal für %TKMWL Normanzeigenummer"
    VALUE
    0x810720
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810720  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMWLNW
    "Testkanal für %TKMWL Normierwert"
    VALUE
    0x810721
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810721  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOAMAD
    "Kompressorsperrzeit für Bedarfsadaption"
    VALUE
    0x81AF0B
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF0B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOAMNN
    "Minimale Abschaltzeit des Klimakompressors"
    CURVE
    0x816E04
    GklWUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816E04  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOAMXN
    "Maximale Abschaltzeit des Klimakompressors"
    CURVE
    0x811DAC
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DAC  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOBEMNN
    "Minimale Einschaltzeit des Kompres. nach Auslösung über B_kobped oder B_kobwped"
    CURVE
    0x816E14
    GklWUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816E14  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKODPAMNN
    "minimale Abschaltzeit des Klimakompressors  bei Beschleunigung ( dwped )"
    CURVE
    0x811DB4
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DB4  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKODPAMXN
    "Maximale Ausschaltzeit bei Kompressorausschalten  über dwped"
    CURVE
    0x811DBC
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DBC  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOEMNN
    "Minimale Einschaltzeit des Klimakompressors"
    CURVE
    0x811DC4
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DC4  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOMBKOA
    "Motortemperaturschwelle aus Kombiinstrument für Kompressorabschaltung"
    VALUE
    0x81AF0C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF0C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOMBKOE
    "Motortemperaturschwelle aus Kombiinstrument für Kompressoreinschaltung"
    VALUE
    0x81AF0D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF0D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOROFF
    "Ausschaltschwelle Korrektur Tastverhältnis Lüfteransteuerung"
    VALUE
    0x81B08B
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B08B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKORON
    "Einschaltschwelle Korrektur Tastverhältnis Lüfteransteuerung"
    VALUE
    0x81B08C
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B08C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOTMSK
    "Minimale Abschaltzeit des Klimakompressors nach Klima aus"
    VALUE
    0x82F134
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F134  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOVKO
    "Überwachungzeit  zur Klimatasteerken. nach Reset von B_kov (bidrekt. Schnittst.)"
    VALUE
    0x81AF0E
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF0E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOWPAMNN
    "Minimale Abschaltzeit bei Vollast (über wped)"
    CURVE
    0x811DCC
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DCC  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOWPAMXN
    "maximale Ausschaltzeit bei Vollast (über wped)"
    CURVE
    0x811DD4
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DD4  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKRLBK
    "Wartezeit für Ladunksbewegungsklappe Anforderung durch KR"
    VALUE
    0x81A229
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A229  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKSTBFA
    "Modell-Temperatur hinter Hauptkat Startwert bei B_faatm Anforderun"
    VALUE
    0x827F40
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKTAMN
    "Minimale Zeitdauer, nach der die passive Diagnose abgeschlossen ist"
    VALUE
    0x81946D
    KwUb
    50.00
    t200msxs_ub_b51
    0.00
    50.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKTAMNT
    "Minimale Zeitdauer, nach der die passive Diagnose abgeschlossen ist, Tester"
    VALUE
    0x81946E
    KwUb
    50.00
    t200msxs_ub_b51
    0.00
    50.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKTDGRA
    "Zeit für Tempereraturgradientenmessung der Katdiagnose"
    VALUE
    0x819487
    KwUb
    51.00
    t_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819487  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKTDSP
    "Wartezeit in der Katdiagnose auf die Schubprüfung"
    VALUE
    0x8295F4
    KwUw
    13107.00
    t_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKTDTO
    "Time Out bei Fettbefüllung Katalysatordiagnose"
    VALUE
    0x81947C
    KwUb
    51.00
    t_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81947C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKTHPEB
    "Zeitkonstante des Hochpasses im Block Eingangsbedingungen des pasiven Verfahrens"
    VALUE
    0x829500
    KwUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829500  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKTHPEBT
    "Zeitkonstante des Hochpasses im Block Eingangsbed.des pasiven Verfahrens,Tester"
    VALUE
    0x829502
    KwUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829502  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKTHPEBV
    "Zeitkonst. des Hochpasses für Eingangsbed. des passiven Verf. für Vor.-Kat.-Temp"
    VALUE
    0x829504
    KwUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829504  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKWFS
    ""
    VALUE
    0x81A15F
    KwUb
    14.00
    fak_q0p0625
    1.000
    15.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A15F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAED
    "Wartezeit bis Fehlerlampe aus nach Start"
    VALUE
    0x819371
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819371  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAFA
    "Vezögerungszeit bis Lambda Fahrerwunsch aktiv"
    VALUE
    0x819E15
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E15  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAKAMN
    "Mindestdauer Bed. lamsbrs_w oder lamsons_w > 1.0 für Funktion Kat.-Ausräumen"
    VALUE
    0x81AA9D
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAMFAS
    "Vezögerungszeit bis Lambda Fahrerwunsch in der Höhe aktiv"
    VALUE
    0x82B188
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B188  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAMNOX
    "Abgaslaufzeit von vor Hkat bis NOx-Sensor hinter Kat"
    VALUE
    0x828AE4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAMSA
    "Zeitvorgabe für Abweichung von lamnohk_w im Schubbetrieb"
    VALUE
    0x828CB4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAMSBRS
    "Entprellzeit  Sperre I-Anteil nach Auslösung durch Lambda-Bedingung"
    VALUE
    0x81AB07
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB07  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAMSCH
    "Zeitvorgabe für Abweichung von lamnohk_w im Schichbetrieb"
    VALUE
    0x828CB6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAMTVS
    "Zeit fuer VS entprellung bei Lambdaanforderung aus LASH Prüfung"
    VALUE
    0x828C5A
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLASTEIG
    "Zeit für Freigabe Steigungsmessung LSU"
    VALUE
    0x816852
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816852  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLEANMN
    "Magerbetriebszeit im Toggle-Mode"
    VALUE
    0x81948C
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLEANSMX
    "maximale Sperrzeit Magerbetrieb"
    VALUE
    0x829656
    KwUw
    255.0000
    t100msxs_uw_b255
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829656  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLGBSTP1
    "Zeit 1 Ausblendung Istwert-Laufgrenze"
    VALUE
    0x810660
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810660  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLGBSTP2
    "Zeit 2 Ausblendung Istwert-Laufgrenze"
    VALUE
    0x819FD0
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FD0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLGMDGR
    "Zeitkonstante Lastgradient für Bildung Laufgrenze"
    VALUE
    0x819FD1
    KwUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FD1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLGUE
    "Zeit  bis Signalausgabe Laufgrenze überschritten"
    VALUE
    0x819FD2
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FD2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLKD
    "Maximal zulässige Zeit für Lernen der Kick-Down-Position über Tester"
    VALUE
    0x813698
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813698  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLLASH
    "Verzög.zeit um lamlash_w zu sperren wenn lamsons_w ungleich lamlash_w ist"
    VALUE
    0x819435
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819435  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLLRUM
    "Zeitkonstante Filter zur Umschaltung des P-Anteils"
    VALUE
    0x81091F
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81091F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRBAM
    "Sperrzeit für Einschalten LR nach BA"
    CURVE
    0x816714
    KlAUbSstUbWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816714  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHDSUF
    "Entprellzeit für Erkennung ""Fettschwelle überschritten"" im Modus Desulfatisieren"
    VALUE
    0x81675E
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81675E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHDSUM
    "Entprellzeit für Erkennung ""Magerschwelle überschritten"" Modus Desulfatisieren"
    VALUE
    0x816760
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816760  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHFRXMOF
    "Turnoff Delay für Bedingung B_frmin OR B_frmax (Sperre P-Anteil)"
    VALUE
    0x81AB08
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB08  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHFRXMON
    "Turnon Delay für Bedingung B_frmin OR B_frmax (Sperre P-Anteil)"
    VALUE
    0x81AB09
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB09  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHS
    "Sperrzeit LR bei Heißstart, ausgelöst über Schwellen TASHS und TMSHS"
    VALUE
    0x81AA8B
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRNAUF
    "Zuldssige Lernzeit f|r Ventil-Vffnen"
    VALUE
    0x819113
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819113  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRSZWSA
    "Zeitdauer für LRS-Zwangseinschaltung nach Schubabschneiden"
    VALUE
    0x82E904
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E904  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRTMS
    "Sperrzeit LR nach Start, abhängig von der Motortemperatur bei Start"
    CURVE
    0x82E906
    KlAUbSstUbWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E906  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRVAM
    "Sperrzeit für Einschalten LR nach VA"
    CURVE
    0x81672E
    KlAUbSstUbWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81672E  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRZWTMS
    "Zeit für Zwangseinschaltung LR (CARB-Forderung) nach Start"
    CURVE
    0x82E916
    KlAUbSstUbWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E916  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLSUVH
    "Zeit für LSU vorheizen"
    VALUE
    0x81AA42
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA42  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLUEST
    "Beginn Regelung Lüfter nach Start"
    VALUE
    0x81B08D
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B08D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLUESTSV
    "Beginn Regelung schaltbare Lüfter nach Start"
    VALUE
    0x81B08E
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B08E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMABDTMN
    "Minimalschwelle der Motorabstelltemperatur für Diagnose TMOT"
    VALUE
    0x81A0DA
    KwUb
    103.5
    temp_ub_q0p75_o48
    39.75
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMADB0
    "Motortemperaturbereich 0 für Berechnung Kaltstartanreicherung"
    VALUE
    0x8103DD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMADB1
    "Motortemperaturbereich 1 für Berechnung Kaltstartanreicherung"
    VALUE
    0x8103DE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMADB2
    "Motortemperaturbereich 2 für Berechnung Kaltstartanreicherung"
    VALUE
    0x8103DF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAGDG
    "Minimale Magerzeit für Diagnose"
    VALUE
    0x828942
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828942  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAGGK
    "Auslöseschwelle Magerzeit zum Hochsetzten von tskmn_w bei geringer Katschädigung"
    VALUE
    0x828944
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828944  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAGHT
    "Magerintervall-Vergleichsdauer Hochtemperaturbereich"
    VALUE
    0x828946
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828946  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAGMINGA
    "Entprellzeit für Umschaltung auf Magerbetrieb"
    CURVE
    0x8191CA
    FklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191CA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAGMN
    "Minimale Magerzeit"
    VALUE
    0x828ACC
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ACC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAGRAMN
    "minimale Motortemperaturschwelle für AGR-Adaption"
    VALUE
    0x81B502
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B502  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAR
    "Untere tmot-Schwelle für AR-Freigabe"
    VALUE
    0x810949
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810949  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMASKIV1
    "Temperaturschwelle für Verlägerung 1. KAT-Intervall, Aussetzererkennung"
    VALUE
    0x810186
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810186  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAXKATA
    "Maximale Kat.-Temperatur für Ausräumprüfung bei Katdiagnose"
    VALUE
    0x8295E2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAXKATS
    "maximale Kat-Temperatur für Kat-diagnose"
    VALUE
    0x8295F6
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAXKATSO
    "maximale Kat-Temperatur für Kat-diagnose, oberes Band"
    VALUE
    0x8295F8
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAXSAWE
    "Maximale zulässige Zeit für zylinder individualle ausblendung"
    VALUE
    0x810A3F
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A3F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAXTH
    "Theoretisch erreichbare Temperatur durch Verbrennung ohne Moment zu erzeugen"
    VALUE
    0x82C4F4
    KwUw
    1572.000
    temp_q0p0468_K
    999.9844
    2571.984

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAXZFLBK
    "maximale Zeit für Zündwinkelfreigabe durch Ladungsbewegungsklappe"
    VALUE
    0x8109D6
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMBST
    "Zeitdauer spezielle Momentenbegrenzung während Start und kurz nach Start"
    VALUE
    0x810B88
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMBVH
    "Verzögerungszeit für Aktivierung Mißbrauchsverhinderung"
    VALUE
    0x8296CC
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMCC650
    "KR-testmode am Pin ADT des CC650"
    VALUE
    0x81A1F2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDBKSFR
    "Motortemperaturschwelle für Freigabe DBKS"
    VALUE
    0x8195CD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDLLR
    "Motortemperaturschwelle für Diagnose Leerlaufsteller"
    VALUE
    0x81A8E1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMAD
    "Motortemperaturschwelle für Freigabe der Adaption des Verlustmoments"
    VALUE
    0x81A742
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A742  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMA
    "Anfangstemperatur für Motortemperaturmodell"
    VALUE
    0x81A0DB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMAT
    "Ersatztemperatur abh. Abstellzeit während TDTMMA"
    CURVE
    0x82BAD0
    KlAUwSstUwWUw
    191.2500
    temp_ub_q0p75_o48
    -48.00000
    143.2500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BAD0  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        3
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMAU
    "Unterster Anfangswert aus tans für Motortemperaturmodell"
    VALUE
    0x81A0DC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMEE
    "Endtemperatur für Ersatzwert Motortemperatur"
    VALUE
    0x81A0DD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMER
    "Endtemperatur für Referenzwert Motortemperatur"
    VALUE
    0x81A0DE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMN
    "Motortemperatur min."
    VALUE
    0x81A0DF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMX
    "Motortemperatur max."
    VALUE
    0x81A0E0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDTEU
    "Untere Motortemperaturschwelle für Tankentlüftungsdiagnose"
    VALUE
    0x81AD90
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDV
    "Motortemperaturschwelle für Freigabe Fz-Geschwindigkeits-Diagnose"
    VALUE
    0x8194AC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDYNA
    "TMOT - Schwelle für Lastdynamikadaption aktiv"
    VALUE
    0x8106AB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMELIPU1
    "Motor-Temperatur: Erfassung u. Linearisierung, Inverskennlinie 1, pullup aktiv"
    CURVE
    0x82BADE
    KlAUwSstUwWUw
    191.9971
    temp_uw_q0p0029_o48
    -48.00000
    143.9971

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BADE  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtmot_w
        spg_uw_q0p00488
        20
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMESSCMN
    "Min.-Schwelle Ersatz-Motortemperatur für Stuck-Signal Check"
    VALUE
    0x81A0E1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMEWDTEU
    "Untere Temperaturschwelle für TE-Diagnose bezogen auf modellierte Motortemp."
    VALUE
    0x81AD91
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMEWKMTR
    "KMTR Ersatzwert Motortemperatur"
    VALUE
    0x81B08F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B08F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMFRATMN
    "minimale Temperatur bei der ftklra_w = 1 ist"
    VALUE
    0x8198BD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMFRATUB
    "untere Temperaturschwelle  bei der ftklra_w Konstant bleibt"
    VALUE
    0x8196C9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMFRST
    "Einschalttemperatur LR- Kurztest"
    VALUE
    0x8198F1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMFRSTEW
    "Ersatzwert für Einschalttemperatur Gemischadaption-Kurztest"
    VALUE
    0x8198F2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMGESMN
    "Zeitgeber des  min. ind. Moments bei fehlende Getriebe Botschaften"
    VALUE
    0x810107
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810107  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMH
    "Motortemperatur - Schwelle heiß"
    VALUE
    0x810532
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810532  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHLDO
    "Tmot-delta für Heißleuchte aus"
    VALUE
    0x819277
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819277  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHLL
    "Motortemperaturschwelle für erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x81A714
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A714  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHLON
    "Tmot-Schwelle für Heißleuchte an"
    VALUE
    0x819278
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819278  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHSG
    "Motortemperatur Heißstartgrenze"
    VALUE
    0x810533
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810533  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMINKATS
    "Minimale Kat-Temperatur für Überwachung"
    VALUE
    0x8295FA
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMINKATSO
    "Minimale Kat-Temperatur für Überwachung, oberes Band"
    VALUE
    0x8295FC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMK
    "Motortemperatur - Schwelle kalt"
    VALUE
    0x810534
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810534  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKHTVK
    "Max. Motortemperatur, für Heizanforderung auf Basis modellierter V-Kattemperatur"
    VALUE
    0x81A165
    KwUb
    83.25
    temp_ub_q0p75_o48
    -48.00
    35.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A165  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKIMN
    "Temperaturschwelle für Umschaltung auf Ersatzsignal"
    VALUE
    0x81A124
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A124  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKOAO
    "Obere Motortemperaturschwelle für Kompressorabschaltung"
    VALUE
    0x81AF0F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF0F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKOAU
    "Untere Motortemperaturschwelle für Kompressorabschaltung"
    VALUE
    0x81AF10
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF10  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKR
    "Motortemperaturschwelle für Klopfregelung aktiv"
    VALUE
    0x81A22A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A22A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKRA
    "Motortemperaturschwelle für adaptive Klopfregelung"
    VALUE
    0x8106AC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKTMN
    "Minimale Motortemperaturschwelle bei thermischer Kat.Diagnose"
    VALUE
    0x81946F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLAST
    "Sperrzeit bis zum Auslösen des Ini der AR beim Verzögern"
    VALUE
    0x81094A
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81094A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLAWLOFF
    "Temperaturschwelle zum Abschalten der Warmlauf-Lambda-Vorgabe"
    VALUE
    0x810541
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810541  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLIM
    "TMOT Schwelle für  KSTAA aktiv im Nachstart"
    VALUE
    0x8103E0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLLX
    "Kochschutzschwelle"
    VALUE
    0x81A715
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A715  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLRTMS
    "Motortemperaturschwelle für LR ein abh. von Starttemperatur"
    CURVE
    0x810661
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810661  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotlinst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMMIBGR
    "tmot-Schwelle für Freigabe Momentenbegrenzung"
    VALUE
    0x81AA33
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA33  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMMNHSPKH
    "Minimale Motortemperatur für Anforderung von Homogen split zum Katheizen"
    VALUE
    0x81A162
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A162  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMMSAB
    "Zeitwert zur Mittelung msabg_w"
    VALUE
    0x828ACE
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ACE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMMXRT
    "max. Motortemperatur f. Retrigg. Modelle (Blockheater-Erkennung)"
    VALUE
    0x81A0E2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMMXTUM
    "max. Motortemperatur für Aktualisierung Umgebungstemp. aus Ansauglufttemp."
    VALUE
    0x81A127
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A127  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNBKS
    "Zeitgrenze Min-Fehler BKS"
    VALUE
    0x829F22
    KwUw
    1310.700
    t_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNKATST
    "Minimale Kat-Temperatur für Überwachung bei Testerbetrieb"
    VALUE
    0x8295FE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNKLNOT
    "Min-Zeit f. Kennl. der Heizerleist. nach Temp.freig. u. mehr. Trips m. Taup.ende"
    VALUE
    0x828A1C
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNLAFM
    "Mindestverzugszeit zur Messung von lamsoni_w bei Übergang fett - mager"
    VALUE
    0x81940B
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81940B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNLAMF
    "Mindestverzugszeit zur Messung von lamsoni_w bei Übergang mager - fett"
    VALUE
    0x81940C
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81940C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNSFB
    "max. Dauer Minimumsuche NOx-Signal Fahrbetrieb"
    VALUE
    0x828948
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828948  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNSL
    "Zeit Minimumsuche bei wenig NOx"
    VALUE
    0x82894A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82894A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNSLL
    "Maximale Dauer Minimumsuche NOx-Signal Leerlauf"
    VALUE
    0x82894C
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82894C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNSMN
    "Motortemperaturschwelle für die Nachstartaufweitung"
    VALUE
    0x810B89
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNSMN_UM
    "Motortemperaturschwelle für die Nachstartaufweitung in der FKT.-Überwachung"
    VALUE
    0x814012
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814012  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOD1PER
    "Zeit in Sollbetriebsart 1 bei periodischer Umschaltung"
    VALUE
    0x81BFB2
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOD2PER
    "Zeit in Sollbetriebsart 2 bei periodischer Umschaltung"
    VALUE
    0x81BFB4
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81BFB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODMNHKS
    "Mindestzeiten in Betriebsart homogen-Klopfschutz"
    VALUE
    0x8191D2
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODMNHMM
    "Mindestzeiten in Betriebsart homogen mager"
    VALUE
    0x8191D3
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODMNHOM
    "Mindestzeiten in Betriebsart homogen"
    VALUE
    0x8191D4
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODMNHOS
    "Mindestzeiten in Betriebsart homogen/schicht"
    VALUE
    0x8191D5
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODMNSCH
    "Mindestzeiten in Betriebsart schicht"
    VALUE
    0x8191D6
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODMNSKH
    "Mindestzeiten in Betriebsart schicht/Katheizen"
    VALUE
    0x8191D7
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODNLF
    "Verzögerungszeit für Rückschaltung der Notlaufanforderung"
    VALUE
    0x81F0FC
    KwUw
    3276.75000
    t50msxs_uw_q0p05
    0.00
    3276.75000

    FORMAT "%10.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODT
    "Schwelle Temperaturdifferenz Wassertemperatur für Heißstart"
    CURVE
    0x810535
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810535  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOMIN
    "Minimal mögliche Motortemperatur bei warmem Motor"
    VALUE
    0x810B8A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOMIN_UC
    "Minimal plausible Motortemperatur im Befehlstest"
    VALUE
    0x811265
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811265  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOMIN_UM
    "Minimal plausible Motortemperatur"
    VALUE
    0x81450C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81450C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMORSTE
    "Obere Temperaturschwelle resetieren B_stendes bei B_stend = false"
    VALUE
    0x81053C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81053C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTDQMX
    "Max. Kühlmitteltemperaturschwelle zur Ansteuerung Lüfter über TKA"
    VALUE
    0x81B090
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B090  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTELI
    "Temperatur Motor Erfassung u. Linearisierung, Inverskennlinie"
    CURVE
    0x82BB30
    KlAUwSstUwWUw
    191.9971
    temp_uw_q0p0029_o48
    -48.00000
    143.9971

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB30  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtmot_w
        spg_uw_q0p00488
        20
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTFADK
    "Motortemperatur, ab der die DK-Adaption freigegeben ist"
    VALUE
    0x810348
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810348  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTHKMN
    "minimale TMOT Schwelle für Katheizen"
    VALUE
    0x819D4A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D4A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTHKMX
    "maximale TMOT Schwelle für Katheizen"
    VALUE
    0x819D4B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D4B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTHKS
    "Minimale Kühlwassertemperatur für Betriebsart Homogen Klopfschutz"
    VALUE
    0x8191EF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTHMM
    "Minimale Kühlwassertemperatur für Homogenbetrieb"
    VALUE
    0x8191F0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTHOS
    "Minimale Kühlwassertemperatur für Doppeleinspritzung (hos)"
    VALUE
    0x8191F1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTKLBK
    "Motortemperaturschelle (Kelvin) für Freigabe Offset-Adaption der LBK"
    VALUE
    0x829FFC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTKRMN
    "Minimale Motortemperatur für"
    VALUE
    0x81B091
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B091  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTKRMX
    "Maximale Motortemperatur für"
    VALUE
    0x81B092
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B092  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTKSUMN
    "minimal zulässige Motortemperatur für Entschwefelung"
    VALUE
    0x81944B
    KwUb
    1530.
    temp_q6_o273
    -273.1
    1257.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81944B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTLBKMN
    "Motortemperatur ab der Fehlereintrag LBK freigegeben ist"
    VALUE
    0x819621
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819621  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTLBKSOL
    "tmot-Schwelle bis zu der das Katheizkennfeld verwendet wird (für Warmlauf)"
    VALUE
    0x819685
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819685  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTLLMN
    "Minimale Motortemperatur fuer SCH-Sperrung im Leerlauf"
    VALUE
    0x81948D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTLLMX
    "Maximale Motortemperatur fuer SCH-Sperrung im Leerlauf"
    VALUE
    0x81948E
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTMNAP
    "Minimale Kühlwassertemperatur für Applikation der Betriebsartenwahl Start/WL"
    VALUE
    0x8191F2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTNLDG
    "Temperaturschwelle für Drehzahlgeber-Notlauf"
    VALUE
    0x8193A3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTNMX
    "Motortemperatur-Schwelle für Aktivierung der erhöhten Drehzahlgrenze"
    VALUE
    0x81AA19
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA19  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTNVMX
    "Maximale Motortemperatur für die Startdiagnose für Temperatursensor nVK"
    VALUE
    0x82BBFE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BBFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTSCH
    "Minimale Kühlwassertemperatur für Schichtbetrieb"
    VALUE
    0x8191F3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTSCHLL
    "Minimale Kühlwassertemperatur für Schichtbetrieb im Leerlauf"
    VALUE
    0x8191F4
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTSKH
    "Minimale Kühlwassertemperatur für Betriebsart Schicht Katheizen"
    VALUE
    0x8191F5
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTSTOFF
    "Temperaturschwelle zum Abschalten der Funktion %BDEMST"
    VALUE
    0x8191F6
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTWESBH
    "Temperaturschwelle für Einrechnung von KFWESBHK"
    VALUE
    0x819D4C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D4C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTWMMN
    "Minimale Kühlmitteltemperatur für Mager-Lightoff Hauptkat"
    VALUE
    0x81067C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81067C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTWMMX
    "Maximale Kühlmitteltemperatur für Mager-Lightoff Hauptkat"
    VALUE
    0x81067D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81067D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTWRMK
    "Motortemperatur für warmen Motor(in Kelvin)"
    VALUE
    0x82A8B6
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTZPAUS
    "Ausschalttemperaturschwelle für Zusatzwasserpumpe"
    VALUE
    0x81B093
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B093  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTZPEIN
    "Einschalttemperauturschwelle für Zusatzwasserpumpe"
    VALUE
    0x81B094
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B094  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTZPSTMX
    "Max. zulässige Motorstarttemperatur für Ansteuerung ZWP"
    VALUE
    0x81B095
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B095  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    TMOV08_UC
    "Stützstellenverteilung für Motortemperatur im Befehlstest"
    0x811266
    tmotmn_uc
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811266  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    TMOV08_UM
    "Stützstellenverteilung für Motortemperatur"
    0x81450D
    tmotmn_um
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81450D  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    TMPUPOFF
    "untere Motortemperaturschwelle für pullup-Abschaltung"
    VALUE
    0x81A0E3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMPUPON
    "obere Motortemperaturschwelle für pullup-Zuschaltung"
    VALUE
    0x81A0E4
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMQSYN
    "Motortemperaturschwelle zur Freigabe PG-Schnellstart"
    VALUE
    0x8101A0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRA1
    "Ausschaltbedingung (S_LL = 0)"
    VALUE
    0x81AA8C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRA2
    "Ausschaltbedingung (S_LL = 1)"
    VALUE
    0x81AA8D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRAA
    "Einschalttemperatur LRA"
    VALUE
    0x8198BE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRAK
    "Ausschaltschwelle der Lambda - Regelung bei niedriger Starttemperatur"
    VALUE
    0x81AA8E
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRZHLL
    "Motortemperaturschwelle für Reset des Zeitzählers für Heiß-Leerlauf"
    VALUE
    0x81A716
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A716  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSFDTHMO
    "obere Motorstart-Temp.-Schwelle für Freigabe Thermostatdiagnose"
    VALUE
    0x81A0E5
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSFDTHMU
    "untere Motorstart-Temp.-Schwelle für Freigabe Thermostatdiagnose"
    VALUE
    0x81A0E6
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSHS
    "Schwelle Motortemp. für Auslösung TLRHS - Sperrzeit LR bei Heißstart"
    VALUE
    0x81AA8F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSHY
    "Hysterese Motortemperatur für Heizanforderung"
    VALUE
    0x819217
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819217  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSKS
    "Motortemperaturschwelle für Erkennung Benzin im Öl"
    VALUE
    0x81A01C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A01C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSNOGA
    "Schwelle tms für Dauerspülen nach Fahrzyklus mit erfolgter Gemischadaption"
    VALUE
    0x8198DD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSO5INI
    "Initialisierungswert Sollwert Motortemperatur 5"
    VALUE
    0x81B096
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B096  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSOINI
    "Initilaisierungswert Tiefpaß Motor-Soll-Temperatur"
    VALUE
    0x81B097
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B097  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSOLLEW
    "KMTR Ersatzwert Motor-Solltemperatur"
    VALUE
    0x81B098
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B098  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSOTOEL
    "Solltemperatur abhängig von Öltemperatur"
    CURVE
    0x81B099
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B099  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelkmtr
        temp_ub_q1_o60
        5
        -60.00
        195.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSRCERR
    "Entprellzeit für irreversible ASR/MSR-Abschaltung bei Botschaftsfehler"
    VALUE
    0x810324
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810324  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSRCNU
    "Entprellzeit zur Berücksichtigung von Rasterversätzen im Botschaftszähler"
    VALUE
    0x810325
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810325  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSSSCO
    "obere Motorstart-Temp.-Schwelle für Stuck-Signal Check"
    VALUE
    0x81A0E7
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSSSCU
    "untere Motorstart-Temp.-Schwelle für Stuck-Signal Check"
    VALUE
    0x81A0E8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTABO
    "Kennlinie für Hochzählen des ABO-Zählers abhängig von der Starttemperatur"
    CURVE
    0x81A01D
    KlAUbSstUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A01D  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTHT
    "Temperaturschwelle heißer Motor"
    VALUE
    0x8193F2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTMAD
    "Schwelle für tmot im Start für Bedarfsadaption"
    VALUE
    0x81AF11
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF11  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTNOH
    "Minimale Motorstarttemperatur für sofortige NOx-Sensor-Heizung"
    VALUE
    0x8193F3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTTLS
    "Starttemperaturschwelle für die Aktivierung der Tankleersperrfunktion"
    VALUE
    0x8198E7
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTUTAMN
    "Mindest-Motorstarttemperatur für Aktualisierung Umg.-Temp aus tans [°C]"
    VALUE
    0x81A128
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A128  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTWMN
    "weiche Schwelle für Mindeststarttemperatur"
    VALUE
    0x8294C2
    KwUw
    49151.25
    temp_ub_q0p75_o48
    -48.00000
    49103.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSUKTDS
    "Minimale tmot-Start-Temperatur für Katdiagnose"
    VALUE
    0x819488
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819488  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSUTMUMA
    "untere Tmot-Schwelle für temporäre UMA-Adaption"
    VALUE
    0x810251
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810251  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMTE
    "TMOT - Schwelle für Tankentlüftung"
    VALUE
    0x81AB70
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB70  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMTKS
    "Temperaturschwelle für  integrierten Luftmassenstrom für Erkennung Benzin im Öl"
    VALUE
    0x81A026
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A026  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMUDTEU
    "Untere Umgebungstmperaturschwelle für Tankentlüftungsdiagnose"
    VALUE
    0x81AD92
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMURSTE
    "Untere Temperaturschwelle resetieren B_stendes bei B_stend = false"
    VALUE
    0x81053D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81053D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMVER
    "Entprellzeit zur Erkennung einer dauerhaften Momentenbegrenzung"
    VALUE
    0x82DD6C
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DD6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWAB
    "Zeit bis zum Setzen von B_mwab bei Verletzung der Drehzahlgrenzen"
    VALUE
    0x8191FB
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWAFMN
    "Minimale Motortemperatur für Winkeladaption Nockenwelle"
    VALUE
    0x81ADE4
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADE4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWERR
    "Maximalzeit für Betriebsarten-Zwischenzustand bis zum Setzen von B_mwab"
    VALUE
    0x81F0F6
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWLOFF
    "Temperaturschwelle zum Abschalten der Berechnung von fwlrl"
    VALUE
    0x8105E8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8105E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWUC
    "Motortemperaturschwelle für Erfüllung 'warm up cycle'"
    VALUE
    0x810188
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810188  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWUCST
    "max. Motortemperatur im Start für Erfüllung 'warm up cycle'"
    VALUE
    0x810189
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810189  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWUSMXN
    "max. Umschaltverzögerung im Fehlerfall"
    CURVE
    0x8191DF
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191DF  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMXKATST
    "Maximale Kat-Temperatur für Überwachung bei Testerbetrieb"
    VALUE
    0x829600
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829600  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMXKT
    "Max. Dauer Kurztrip"
    VALUE
    0x82894E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82894E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMZUB2MX
    "Temperaturschwelle für Winkelpriorität während Kaltstart"
    VALUE
    0x81005F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81005F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TN2FGRGA
    "Doppelte Nennerzeitkonstante für FGR-Regler"
    CURVE
    0x8298BA
    KlAUwSstUwWUw
    1310.660
    t20msxs_uw_q0p02
    0.02000000
    1310.680

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298BA  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNALU
    "Testphasenlänge nach erkanntem Aussetzer"
    VALUE
    0x819363
    KwUb
    126.0
    dez
    1.000
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819363  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNDNEMX
    "Maximale Zeit nach DeNOx-Ende für das Setzen einer mageren Betriebsart"
    VALUE
    0x82ADA8
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNDNESMX
    "Maximale Zeit nach DeNOx-Ende für das Setzen einer mageren Soll-Betriebsart"
    VALUE
    0x82ADAA
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNENPR
    "Zeit für Drehzahlprädiktion zur Berechnung der zulässigen Betriebsarten"
    CURVE
    0x81F0DA
    FklWUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0DA  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNGAT
    "Zeitkonstante Eingriff Momenten begrenzung Abgastemperatur"
    VALUE
    0x81AA34
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA34  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLEKPVL
    "Schwelle SG-Nachlaufzeit für EKP-Vorlauf"
    VALUE
    0x82F240
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F240  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLETM
    "Nachlaufzeitverlaengerung fuer E_tm"
    VALUE
    0x82BB82
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLKMTRMN
    "Minimal notwendige SG-Nachlaufzeit zur Freigabe der Lüfteransteuerung"
    VALUE
    0x82F426
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F426  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLPHWAIT
    "Zeit für Zahnaufweitung bei B_rphsp"
    VALUE
    0x81FB5C
    KwUw
    30000.00
    t5usxus_q5
    0.00
    30000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSGM
    "Nachlaufzeit für SG abschalten"
    CURVE
    0x82AF3A
    KlAUbSstUbWUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF3A  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSGMN
    "Minimale Zeit für SG-Nachlauf"
    VALUE
    0x82DEBA
    KwUw
    6553.300
    t100msxs_uw_b6553p6
    0.2000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DEBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSGMX
    "Maximale Zeit für SG-Nachlauf"
    VALUE
    0x82DEBC
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DEBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSTMX
    "Max. SG-Laufzeit nach Startende für Reset Lüfternachlauftimer"
    VALUE
    0x82F428
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F428  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSTP
    "Abbruchbedingung Nachlaufzeit für Lüfteransteuerung"
    VALUE
    0x82F42A
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F42A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSYNMN
    "Maximalwert der Phasenperiodendauer für Synchronisationsfreigabe"
    VALUE
    0x8135AC
    KwUw
    2615400.
    t40usxus_q40
    6000.000
    2621400.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSYNMX
    "Minimalwert der Phasenperiodendauer für Synchronisationsfreigabe"
    VALUE
    0x8135AE
    KwUw
    400000.0
    t40usxus_q40
    0.00
    400000.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLZOFF
    "Verzögerungszeit zur Abschaltung der Zündung bei SKA für Überwachung"
    VALUE
    0x8105F8
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8105F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNMNDDSS
    "Zeit nach der Umgebungsdruck im Saugrohr"
    VALUE
    0x82A15E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A15E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNMOTDDSS
    "Zeit nach überschreiten einer Drehzahl bei geschlossener Drosselklappe"
    VALUE
    0x82A160
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A160  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNMXH
    "Maximale Zeitdauer für erhöhte Drehzahlgrenze"
    VALUE
    0x82DE3A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DE3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOACT
    "Zeitvorgabe NOX-Aktivitätsüberwachung"
    VALUE
    0x828CB8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOACTDIS
    "Zeit nach der die Leerlaufserkennung im Leerlauf verboten wird"
    VALUE
    0x828CBA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOGBB
    "Zeitvorgabe für globale Sensorbereitschaft"
    VALUE
    0x828C5C
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOHEIN
    "Zeit, bis NOx-Sensor-Heizung heizt"
    VALUE
    0x827FA0
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOHKMX
    "Verzögerungszeit bis zum aktivieren der NOx-Maxpruefung"
    VALUE
    0x828AE6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOHKS
    "Verzögerungszeit Offsetkorrektur NOx-Signal im Schub"
    VALUE
    0x8284F2
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOHVERZ
    "Zeit für Heizungsbeginnverzögerung"
    VALUE
    0x8193F4
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOKINT
    "Initialisierungswert tnokalt_w"
    VALUE
    0x8284F4
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOOFF
    "Zeit bis neg. NOx Offset Diagnose aktiv"
    VALUE
    0x828CBC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOOFMNVZ
    "Verzögerungzeit bis NOx MIN-Offset diagnose aktiv ist"
    VALUE
    0x828CBE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOOFMXVZ
    "Verzögerungzeit bis NOx MAX-Offset diagnose aktiv ist"
    VALUE
    0x828CC0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOPHSA
    "Zeit für PlausibilitätsÜberwachung im Schub i.O"
    VALUE
    0x828CC2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOPSA
    "Zeit fuer Plausibilitätsverletzung im Schub"
    VALUE
    0x828CC4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNORIS
    "Zeitbedingung bis rino NOx-Sensor Sollwert erreicht hat"
    VALUE
    0x827FA2
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOS
    "Solltemperatur des NOx-Sensor-Elements"
    VALUE
    0x828A1E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOSSA
    "Solltemperatur des NOx-Sensorelements während Schubabschaltung"
    VALUE
    0x828A20
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOVALMX
    "Max Zeit bis NOx-Heizung eingeschwungen"
    VALUE
    0x828C5E
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOXHMN
    "Zeitgrenze für nohksroh im Lerrlauf oberhalb Grenzwert"
    VALUE
    0x828CC6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOXMN
    "Zeitgrenze für nohksroh im Lerrlauf unterhalb Grenzwert"
    VALUE
    0x828CC8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOZWKH
    "Abschaltzeit Momentenreserve nach Verbot ZW-verzögerung / Bauteileschutz"
    VALUE
    0x82C4F6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSAFAN
    "Vezögerungszeit Umschalten Schubaschaltedrehzahl nach Testereingriff"
    VALUE
    0x81A5E0
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSC
    "Nachstartüberwachungszeit"
    VALUE
    0x816366
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816366  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSEBKS
    "Zeit seit Startende füt zttm reset in TMODBKS"
    VALUE
    0x829EBA
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSEFRAT
    "Zeit nach Start für die Freigabe der temperaturabhängigen Adaption"
    VALUE
    0x82AEEE
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSEMX
    "Max. tnse_w für NOx Integrationsfreigabe"
    VALUE
    0x8284F6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSESKH
    "Zeit nach Startende ab der Nacheinspritzung (skh) für Katheizen möglich"
    VALUE
    0x82C796
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C796  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSETLS
    "Zeit nach Start Schwelle für die Aktivierung der Tankleersperrfunktion"
    VALUE
    0x82AF7E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSKHTVK
    "Zeit nach Start, in der Heizanforderung auf modellierter V-Kattemperatur basiert"
    VALUE
    0x82C4F8
    KwUw
    25.00000
    t100msxs_uw_b6553p5
    0.00
    25.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C4F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSLFA
    "Filterzeitkonstante für nslfa"
    VALUE
    0x81A733
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A733  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSNOGA
    "Schwelle tns für Dauerspülen nach Fahrzyklus mit erfolgter Gemischadaption"
    VALUE
    0x82AEFC
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSOF
    "Entprellzeit zur Abschaltung der Nachstartaufweitung"
    VALUE
    0x810B8B
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSRT
    "Max.-Zeit ab Start für Retriggerung Berechnung Motortemperaturmodell"
    VALUE
    0x81A0E9
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTDSSAKT
    "Zeitpunkt nach Startende, an dem  rl von DSS auf alpha/n umgeschalten wird"
    VALUE
    0x8137E6
    KwUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8137E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTFON
    "Zeit nach Start Adaptionsstop (Heilung) freigegeben"
    VALUE
    0x813148
    KwUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813148  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTGES
    "Entprellzeit nach Startende für Getriebeschutz"
    VALUE
    0x813120
    KwUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813120  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTUSVB
    "Zeit nach Start mit Umschaltverbot homogen <-> Schicht"
    VALUE
    0x81F0C0
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTZGST
    "Früheste Freigabe der Zylindergleichstellung nach Start"
    VALUE
    0x82B10E
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B10E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSUUK
    "Zeit UK-Unterdrückung im Nachstart"
    VALUE
    0x819FCF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FCF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOECKMTR
    "Ersatzwert Öltemperatur aus Kombibotschaft in KMTR"
    VALUE
    0x81B0A4
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOEXTHK
    "Temperaturoffset für Hauptkat unterhalb der Anspringtemperatur"
    VALUE
    0x827F42
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOEXTVK
    "Temperaturoffset für Vorkat unterhalb der Anspringtemperatur"
    VALUE
    0x827F44
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOEXTVKG
    "Temperaturoffset für Grenzkat unterhalb der Anspringtemperatur"
    VALUE
    0x827F46
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOFSVHDP
    "Temperaturoffset durch Verdichtungsarbeit der HDP"
    CURVE
    0x829EBC
    KlAUwSstUwWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EBC  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dmkrhdev_w
        m_uw_q0p24
        5
        0.00
        15728.40

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLCHLLMN
    "untere Öltemperatur-Schwelle für Heissleerlauf"
    VALUE
    0x81A717
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A717  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLCHLLMX
    "obere Öltemperatur-Schwelle für Heissleerlauf"
    VALUE
    0x81A718
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A718  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOMKAHSU
    "Temperaturoffset für gemäßigtes Katheizen zur Entschwefelung"
    VALUE
    0x82BA0C
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TONMOTBI
    "Zeitkonstante für TP-Filterung von onmotbi_w"
    VALUE
    0x82DFFA
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DFFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOOTAUS
    "Zeit für Nicht-Betätigung ON/OFF-Taster GRA zur erneuten Freigabe"
    VALUE
    0x8194D1
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOOTEIN
    "Zeit für Hauptschalter ein bei ON/OFF-Taster GRA"
    VALUE
    0x8194D2
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOOTULB
    "Zeit für Erkennung unplausibel lange Betätigung ON/OFF-Taster GRA"
    VALUE
    0x8296CA
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TORA
    "Erkennungszeit für eingeschwungene Grundadaption von"
    VALUE
    0x8198E8
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TORAAK
    "Aktivierungszeit von ora ohne Warten auf fra"
    VALUE
    0x8198E9
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TORAAKT
    "ORA-Aktivzeit für Rücksetzen von B_frastab"
    VALUE
    0x8198EA
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOSZVP
    "Zeitvorgabe für Oszilierenden NOx Sensor"
    VALUE
    0x828CCA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOZARK
    "Temperaturoffset von Krümmer bis Zylinder-Auslaß"
    CURVE
    0x81FB86
    KlAUbSstUwWSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB86  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rkg_w
        rel_uw_b3072
        8
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOZASCH
    "Zusätzlicher Temperaturoffset  taikrm-taizam im Schicht Betrieb"
    VALUE
    0x81FBA8
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPD
    "Zeit nach Plausibilitätscheck für Diagnose"
    VALUE
    0x8193FF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193FF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPERDTE
    "Zeit für Wiederholung DTEV bei Dauerleerlauf"
    VALUE
    0x81AD93
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPHNOHKD
    "Periodendauer PWM-Signal NOx-Senorheizung für Endstufendiagnose"
    VALUE
    0x8193F5
    KwUb
    127.5
    t500usxms_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPHNOHKP
    "Periodendauer PWM-Signal NOx-Sensorheizung"
    VALUE
    0x8193F6
    KwUb
    127.5
    t500usxms_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPHRLSU
    "Periodendauer für die Heizertaktung der LSU"
    VALUE
    0x82DFF2
    KwUw
    1.048560
    t100msxs_q16Em6
    0.00
    1.048560

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DFF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPKL15
    "Entprellzeit für Klemme 15"
    VALUE
    0x81147A
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81147A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPNSE
    "Prüfzeit nach Startende für DVE-Diagnose"
    VALUE
    0x8194F1
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPNSE1
    "Prüfzeit nach Startende für PWG-Diagnose"
    VALUE
    0x8194E4
    KwUb
    12.70
    t50msxs_ub_b12p75
    0.05000
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPREL
    "Zahnentprellzeit in der Initialisierung"
    VALUE
    0x8101A1
    KwUb
    0.1000
    t10msxs_ub_b2p55
    0.00
    0.1000

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPRELHLA
    "Debounce Zeit für Heizleistungsbedingte Betriebsartenanforderung"
    VALUE
    0x819218
    KwUb
    255.0
    t_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819218  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPVLA1H
    "Plausibilitätsverletzung lamnohk_w im Homogenbetrieb bei Lambda = 1"
    VALUE
    0x828CCC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPWRSAV
    "Wartezeit bis AGR-Ventil-Powersave aktiv wird"
    VALUE
    0x8100E1
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPWRSV
    "Wartezeit bis DV-E Powersave aktiv wird"
    VALUE
    0x813730
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813730  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TQTEAB
    "Zeit für Absteuerung Spülrate Tankentlüftung"
    VALUE
    0x82ED46
    KwUw
    20971.20
    t20msxs_ub_q0p32
    0.00
    20971.20

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TQTEXMAB
    "Zeit für Absteuerung spez. Kraftstoffrate Tankentlüftung bei Schub..."
    VALUE
    0x82ED48
    KwUw
    20971.20
    t20msxs_ub_q0p32
    0.00
    20971.20

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRAU
    "Überwachungszeit für untere Lastschwelle der Lambdaregelung"
    VALUE
    0x81AA90
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRD
    "Zahnperiodenzeit für Rückdrehen im Auslauf"
    VALUE
    0x810197
    KwUb
    100.0
    t1msxms_q1
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810197  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TREGMX
    "Maximale Zeit nach Regenerierung bis Sonde mager anzeigt"
    VALUE
    0x81FBC8
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRETRY
    ""
    VALUE
    0x81A160
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A160  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRICH
    "Verzögerungszeit zur Freigabe SKP bei Fettbetrieb"
    VALUE
    0x828AD0
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINOD
    "Verzögerungszeit Regelabweichung Innenwiderstand NOx-Sensor für Offsetkorrektur"
    VALUE
    0x8284F8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINODMX
    "Verzögerungszeit Regelabweichung NOx-Sensor-Innenwiderstand unter Max. nfür Schu"
    VALUE
    0x8284FA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINOHTB
    "Zeitgrenze für rino ohne NOx-Heizer außerhalb des Sollbandes"
    VALUE
    0x827FA4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINOMN
    "Zeitgrenze für rino an Minimalgrenze"
    VALUE
    0x827FA6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINOMX
    "Zeitgrenze für rino an Maximalgrenze"
    VALUE
    0x827FA8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINOOFF
    "Zeit in der der  NOx Innenwiderstands zur Offsetbildung in der DNOHK im Sollband"
    VALUE
    0x828CCE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINOSP
    "Verzögerungszeit zur Anpassung an das Rechenraster der NOx-Sensor-Diagnose"
    VALUE
    0x8193F7
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINOTB
    "Zeitgrenze, nach der rino im Sollband sein muß"
    VALUE
    0x827FAA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINSTART
    "Zeit für kleine Zeitkonstante rinlsu_w"
    VALUE
    0x811477
    KwUb
    2.550
    t10msxs_uw_b655p35
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811477  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRIPFASH
    "Mindest Zeitdauer für aktive Lamda Regelung vor KAT"
    VALUE
    0x827FE2
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRNX
    "Entprellzeit Fehlertyp max.: Überdrehzahl"
    VALUE
    0x8193B8
    KwUb
    51.00
    t_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRRIELRE
    "Entprellzeit für Abmagerung im Light-off"
    VALUE
    0x814F92
    KwUw
    8.000000
    t10msxs_uw_b655p35
    0.00
    8.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRSTSYN
    "Zeit für B_nmin Entprellung zum Übergang nach C_rstsyn"
    VALUE
    0x81147B
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81147B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSAKAMN
    "Mindestdauer SA für Funktion Katalysator-Ausräumen"
    VALUE
    0x81AA9E
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSALASH
    "Zeit nach Schub für Überprüfung Sonde hinter KAT"
    VALUE
    0x819436
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819436  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSCHENVZ
    "Verzögerungszeit Betriebsart Schicht bei Grenzlambda Unterschreitung"
    VALUE
    0x8191F9
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSDBKSFR
    "Zeit nach Startende Schwelle für Freigabe DBKS"
    VALUE
    0x829F24
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAAA
    "Dummy: Tabellenanfang"
    VALUE
    0x826E0C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E0C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAATUN
    "Fehlersummenzeit: Tuningschutz"
    VALUE
    0x826E0D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E0D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAGRE
    "Fehlersummenzeit: Überwachung AGR-Endstufe"
    VALUE
    0x826E0E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E0E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAGRL
    "Fehlersummenzeit: AGR-Ventil Lagesensor"
    VALUE
    0x826E0F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E0F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAGRS
    "Fehlersummenzeit: Diagnose AGR-System"
    VALUE
    0x826E10
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E10  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAGRV
    "Fehlersummenzeit: Diagnose AGR-Ventil"
    VALUE
    0x826E11
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E11  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFATNV
    "Fehlersummenzeit: Abgastemperatur hinter dem Vorkatalysator"
    VALUE
    0x826E12
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E12  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBKS
    "Fehlersummenzeit :Bedarfsgeregeltes Kraftstoffsystem"
    VALUE
    0x826E13
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E13  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBKSE
    "Fehlersummenzeit: Diagnose Endstufe BKS"
    VALUE
    0x826E14
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E14  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBM
    "Fehlersummenzeit: Bezugsmarkengeber"
    VALUE
    0x826E15
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E15  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBREMS
    "Fehlersummenzeit: BREMS (Bremsschalter)"
    VALUE
    0x826E16
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E16  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBWF
    "Fehlersummenzeit: PWG Bewegung"
    VALUE
    0x826E17
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E17  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCAIR
    "Fehlersummenzeit: Airbag-Botschaft"
    VALUE
    0x826E18
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E18  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCAIRP
    "Fehlersummenzeit: unpl. Airbag-Botschaft"
    VALUE
    0x826E19
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E19  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCAS
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout ASC"
    VALUE
    0x826E1A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCAT
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout ASR"
    VALUE
    0x826E1B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E1B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCBSG
    "Fehlersummenzeit: BSG-Botschaft"
    VALUE
    0x826E1C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E1C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCGE
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout EGS"
    VALUE
    0x826E1D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E1D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCGRA
    "Fehlersummenzeit: GRA-Botschaft (Empfang)"
    VALUE
    0x826E1E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E1E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCIF
    "Fehlersummenzeit: CAN-Schnittstelle, interner Fehler"
    VALUE
    0x826E1F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E1F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCINS
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout Instrument"
    VALUE
    0x826E20
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E20  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCKLA
    ""
    VALUE
    0x826E21
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E21  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDK
    "Fehlersummenzeit: DK - Potentiometer"
    VALUE
    0x826E22
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E22  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDK1P
    "Fehlersummenzeit: Drosselklappe 1. Poti"
    VALUE
    0x826E23
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E23  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDK2P
    "Fehlersummenzeit: Drosselklappenpotentiometer 2"
    VALUE
    0x826E24
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E24  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDPL
    "Fehlersummenzeit: Dauerplus"
    VALUE
    0x826E25
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E25  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDPUPSR
    ""
    VALUE
    0x826E26
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E26  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDSBKV
    "Fehlersummenzeit: BKV"
    VALUE
    0x826E27
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E27  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDSKV
    "Fehlersummenzeit: Hochdrucksensortest"
    VALUE
    0x826E28
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E28  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDSS
    "Fehlersummenzeit: Saugrohr-Drucksensor"
    VALUE
    0x826E29
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E29  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDSU
    "Fehlersummenzeit: Drucksensor Umgebung"
    VALUE
    0x826E2A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E2A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDSV
    "Fehlersummenzeit: Drucksteuerventil"
    VALUE
    0x826E2B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E2B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEE
    "Fehlersummenzeit: DV-E Endstufe"
    VALUE
    0x826E2C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E2C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEF
    "Fehlersummenzeit: DV-E Fehler bei Federprüfung"
    VALUE
    0x826E2D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E2D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEFO
    ""
    VALUE
    0x826E2E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E2E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEL
    "Fehlersummenzeit: DV-E Lageabweichung"
    VALUE
    0x826E2F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E2F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEN
    "Fehlersummenzeit: DV-E Fehler bei Prüfung Notluftposition"
    VALUE
    0x826E30
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E30  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVER
    "Fehlersummenzeit: DV-E Regelbereich"
    VALUE
    0x826E31
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E31  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVET
    ""
    VALUE
    0x826E32
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E32  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEU
    "Fehlersummenzeit: DV-E Fehler beim UMA-Lernen"
    VALUE
    0x826E33
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E33  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEUB
    ""
    VALUE
    0x826E34
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E34  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEUW
    ""
    VALUE
    0x826E35
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E35  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEV
    "Fehlersummenzeit: DV-E Fehler bei Verstärkerabgleich"
    VALUE
    0x826E36
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E36  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDYLSU
    ""
    VALUE
    0x826E37
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E37  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFP1P
    "Fehlersummenzeit: Poti 1, Fahrpedal"
    VALUE
    0x826E38
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E38  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFP2P
    "Fehlersummenzeit: Poti 2, Fahrpedal"
    VALUE
    0x826E39
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E39  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFPP
    "Fehlersummenzeit: Poti Fahrpedal"
    VALUE
    0x826E3A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E3A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFRA
    "Fehlersummenzeit: LR-Adaption multiplikativ"
    VALUE
    0x826E3B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E3B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFRST
    "Fehlersummenzeit: LR-Abweichung"
    VALUE
    0x826E3C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E3C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFGECOD
    "Fehlersummenzeit: Getriebecodierung CAN"
    VALUE
    0x826E3D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E3D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFGRBH
    "Fehlersummenzeit: GRA Bedienhebel"
    VALUE
    0x826E3E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E3E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVH1
    "Fehlersummenzeit: Hochdruck-Einspritzventil Highside 1"
    VALUE
    0x826E3F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E3F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVH2
    "Fehlersummenzeit: Hochdruck-Einspritzventil Highside 2"
    VALUE
    0x826E40
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E40  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVH3
    "Fehlersummenzeit: Hochdruck-Einspritzventil Highside 3"
    VALUE
    0x826E41
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E41  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVH4
    "Fehlersummenzeit: Hochdruck-Einspritzventil Highside 4"
    VALUE
    0x826E42
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E42  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVK
    "Fehlersummenzeit: Hochdruck-Einspritzventil, Kommunikation"
    VALUE
    0x826E43
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E43  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVL1
    "Fehlersummenzeit: Hochdruck-Einspritzventil Lowside 1"
    VALUE
    0x826E44
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E44  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVL2
    "Fehlersummenzeit: Hochdruck-Einspritzventil Lowside 2"
    VALUE
    0x826E45
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E45  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVL3
    "Fehlersummenzeit: Hochdruck-Einspritzventil Lowside 3"
    VALUE
    0x826E46
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E46  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDEVL4
    "Fehlersummenzeit: Hochdruck-Einspritzventil Lowside 4"
    VALUE
    0x826E47
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E47  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHDR
    "Fehlersummenzeit: Raildruckregelung"
    VALUE
    0x826E48
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E48  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHELSU
    ""
    VALUE
    0x826E49
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E49  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHLA
    "Fehlersummenzeit: Heizleistungsanforderung"
    VALUE
    0x826E4A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E4A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHNOHK
    "Fehlersummenzeit HNOHK"
    VALUE
    0x826E4B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E4B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHNOHKE
    "Fehlersummenzeit"
    VALUE
    0x826E4C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E4C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHRE
    ""
    VALUE
    0x826E4D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E4D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSH
    "Fehlersummenzeit: Lambdasonden-Heizung hinter Katalysator"
    VALUE
    0x826E4E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E4E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSV
    "Fehlersummenzeit: Lambdasonden-Heizung vor Katalysator"
    VALUE
    0x826E4F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E4F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSVE
    "Fehlersummenzeit: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    VALUE
    0x826E50
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E50  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSVSA
    "Fehlersummenzeit: Lambdasonden-Heizung vor Katalysator"
    VALUE
    0x826E51
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E51  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFICLSU
    "Fehlersummenzeit: Auswerte-IC für LSU"
    VALUE
    0x826E52
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E52  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKAT
    "Fehlersummenzeit: Katalysator-Konvertierung"
    VALUE
    0x826E53
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E53  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA01
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 1"
    VALUE
    0x826E54
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E54  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA02
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 2"
    VALUE
    0x826E55
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E55  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA03
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 3"
    VALUE
    0x826E56
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E56  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA04
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 4"
    VALUE
    0x826E57
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E57  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRNT
    "Fehlersummenzeit: Klopfregelung Nulltest"
    VALUE
    0x826E58
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E58  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKROF
    "Fehlersummenzeit: Klopfregelung Offset"
    VALUE
    0x826E59
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E59  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRTP
    "Fehlersummenzeit: Klopfregelung Testimpuls"
    VALUE
    0x826E5A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E5A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKS1
    "Fehlersummenzeit: Klopfsensor 1"
    VALUE
    0x826E5B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E5B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKUPPL
    "Fehlersummenzeit: Pedalwertgeber Kupplung"
    VALUE
    0x826E5C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E5C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLASH
    "Fehlersummenzeit: Lambda-Sondenalterung hinter Kat."
    VALUE
    0x826E5D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E5D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLBK
    "Fehlersummenzeit: LBK"
    VALUE
    0x826E5E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E5E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLBKE
    ""
    VALUE
    0x826E5F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E5F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLBKO
    "Fehlersummenzeit: LBK Offset-Adaption"
    VALUE
    0x826E60
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E60  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLBKP
    "Fehlersummenzeit: LBK Potentiometer"
    VALUE
    0x826E61
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLGHMM
    ""
    VALUE
    0x826E62
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E62  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLLRH
    ""
    VALUE
    0x826E63
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E63  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLLRM
    ""
    VALUE
    0x826E64
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E64  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLM
    "Fehlersummenzeit: LMM/HLM/HFM"
    VALUE
    0x826E65
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E65  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSH
    "Fehlersummenzeit: Lambda-Sonde hinter Kat"
    VALUE
    0x826E66
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E66  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUIA
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond IA"
    VALUE
    0x826E67
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E67  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUIP
    ""
    VALUE
    0x826E68
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E68  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUKS
    ""
    VALUE
    0x826E69
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E69  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUUN
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond UN"
    VALUE
    0x826E6A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E6A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUVM
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond VM"
    VALUE
    0x826E6B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E6B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSV
    "Fehlersummenzeit: Lambda-Sonde vor Kat"
    VALUE
    0x826E6C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E6C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLUES1E
    ""
    VALUE
    0x826E6D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E6D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLUES2E
    ""
    VALUE
    0x826E6E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLZSR
    ""
    VALUE
    0x826E6F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD
    "Fehlersummenzeit: Aussetzer, Summenfehler (multiple)"
    VALUE
    0x826E70
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E70  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD00
    "Fehlersummenzeit: Aussetzer Zyl. 0"
    VALUE
    0x826E71
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E71  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD01
    "Fehlersummenzeit: Aussetzer Zyl. 1"
    VALUE
    0x826E72
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E72  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD02
    "Fehlersummenzeit: Aussetzer Zylinder 2"
    VALUE
    0x826E73
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD03
    "Fehlersummenzeit: Aussetzer Zylinder 3"
    VALUE
    0x826E74
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMDB
    "Fehlersummenzeit: Momentbegrenzung Sollmoment"
    VALUE
    0x826E75
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMDSCH
    "Fehlersummenzeit: Aussetzer in Schichtbetrieb"
    VALUE
    0x826E76
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMSVE
    "Fehlersummenzeit: Diagnose Endstufe MSV"
    VALUE
    0x826E77
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFN
    "Fehlersummenzeit: Drehzahlgeber"
    VALUE
    0x826E78
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFNOHK
    "Fehlersummenzeit"
    VALUE
    0x826E79
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFNOHKP
    "Fehlersummenzeit"
    VALUE
    0x826E7A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFNWKW
    "Fehlersummenzeit: Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x826E7B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFNX
    "Fehlersummenzeit: NMAX - Überschreitung"
    VALUE
    0x826E7C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFORA
    "Fehlersummenzeit: LR-Adaption additiver Bereich"
    VALUE
    0x826E7D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFPH
    "Fehlersummenzeit: Phasensensor"
    VALUE
    0x826E7E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFPLLSU
    ""
    VALUE
    0x826E7F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSALSU
    ""
    VALUE
    0x826E80
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSCR
    "Fehlersummenzeit: CRAS-Signal"
    VALUE
    0x826E81
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSGEEP
    "Fehlersummenzeit: Steuergerät defekt (EEPROM)"
    VALUE
    0x826E82
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSGEEW
    "Fehlersummenzeit: Steuergerät defekt (EEPROM WFS-Bereich)"
    VALUE
    0x826E83
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSKNO
    "Fehlersummenzeit: %DSKNO"
    VALUE
    0x826E84
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTA
    "Fehlersummenzeit: Ansauglufttemperatur TANS"
    VALUE
    0x826E85
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTAHFM
    "Fehlersummenzeit: Ansauglufttemperatur über Sensor im HFM"
    VALUE
    0x826E86
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTANKL
    "Fehlersummenzeit: OBDII Fehler auf Grund eines leeren Tanks"
    VALUE
    0x826E87
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTES
    "Fehlersummenzeit: Tankentlüftungssystem"
    VALUE
    0x826E88
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTEVE
    "Fehlersummenzeit: Tankentlüftungsventil Endstufe"
    VALUE
    0x826E89
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTKA
    "Fehlersummenzeit: Temperatur Kühlerausgang"
    VALUE
    0x826E8A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTM
    "Fehlersummenzeit: Motortemperatur TMOT"
    VALUE
    0x826E8B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTMKI
    "Fehlersummenzeit: Motortemperatur aus Kombiinstrument TMKI"
    VALUE
    0x826E8C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTUM
    "Fehlersummenzeit: Umgebungstemperatur TUM"
    VALUE
    0x826E8D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUB
    "Fehlersummenzeit: Batteriespannung UB (Bordnetz)"
    VALUE
    0x826E8E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUBR
    "Fehlersummenzeit: Bordnetzspannung über Hauptrelais UBR"
    VALUE
    0x826E8F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFMV
    "Fehlersummenzeit: Funktionsüberwachung: Momentenvergleich"
    VALUE
    0x826E90
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFNC
    "Fehlersummenzeit: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x826E91
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFPR
    "Fehlersummenzeit: Fktüberw: Kraftstoffdrucksensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x826E92
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFRKC
    "Fehlersummenzeit: Funktionsüberwachung: Lambda-Plausibilisierug"
    VALUE
    0x826E93
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFRLIP
    "Fehlersummenzeit: Fktüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x826E94
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFSGA
    "Fehlersummenzeit: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VALUE
    0x826E95
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFSGB
    "Fehlersummenzeit: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VALUE
    0x826E96
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E96  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFSKA
    "Fehlersummenzeit: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VALUE
    0x826E97
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFSPSC
    "Fehlersummenzeit: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x826E98
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E98  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFULSU
    ""
    VALUE
    0x826E99
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFURRAM
    "Fehlersummenzeit: Rechnerüberwachung: RAM"
    VALUE
    0x826E9A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFURROM
    "Fehlersummenzeit: Rechnerüberwachung: ROM"
    VALUE
    0x826E9B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFURRST
    "Fehlersummenzeit: Rechnerüberwachung: Reset"
    VALUE
    0x826E9C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFVFZ
    "Fehlersummenzeit: Fahrzeug-Geschwindigkeit"
    VALUE
    0x826E9D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFVTK
    "Fehlersummenzeit: thermische Katalysatordiagnose"
    VALUE
    0x826E9E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFWFS
    "Fehlersummenzeit: Wegfahrsperre"
    VALUE
    0x826E9F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826E9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFWFSRC
    "Fehlersummenzeit: Wegfahrsperre RC-Glied"
    VALUE
    0x826EA0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET1
    ""
    VALUE
    0x826EA1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET2
    ""
    VALUE
    0x826EA2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET3
    ""
    VALUE
    0x826EA3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET4
    ""
    VALUE
    0x826EA4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZGST00
    "Fehlersummenzeit: Zylindergleichstellung (zzyl=0)"
    VALUE
    0x826EA5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZGST01
    "Fehlersummenzeit: Zylindergleichstellung (zzyl=1)"
    VALUE
    0x826EA6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZGST02
    "Fehlersummenzeit: Zylindergleichstellung (zzyl=2)"
    VALUE
    0x826EA7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZGST03
    "Fehlersummenzeit: Zylindergleichstellung (zzyl=3)"
    VALUE
    0x826EA8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZZZ
    "Dummy: Tabellenende"
    VALUE
    0x826EA9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EA9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKFHMM
    "Offset tskmn_w für Sperrungen Homogen-Mager"
    VALUE
    0x828950
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828950  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKGR
    "Grenztemperatur Speicherkatalysator"
    VALUE
    0x828952
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828952  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKHMMMN
    "mind. Speicherkattemperatur für hmm-Cruising"
    VALUE
    0x829658
    KwUw
    1534.898
    temp_q0p0234_o273
    -0.009375000
    1534.889

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829658  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKHPMX
    "maximale Speicherkattemperatur für Katschutz"
    VALUE
    0x82965A
    KwUw
    1534.898
    temp_q0p0234_o273
    -0.009375000
    1534.889

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82965A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKHPMXE
    "maximale Speicherkattemperatur für Katschutz bei Fehler tanvk"
    VALUE
    0x82965C
    KwUw
    1534.898
    temp_q0p0234_o273
    -0.009375000
    1534.889

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82965C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKLLMN
    "Minimale obere Temperaturgrenze Hauptkat fuer SCH-Freigabe im Leerlauf"
    VALUE
    0x82965E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82965E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMED
    "Bandbreite Speicherkattemperatur oberhalb tskmx für armed"
    VALUE
    0x829660
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829660  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMNGK
    "Vorgabe tskmn_w bei Hochsetzten tskmn_w aktiv"
    VALUE
    0x828954
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828954  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMNN
    "Vorgabe tskmn_w bei Hochsetzen tskmn_w nicht aktiv"
    VALUE
    0x828956
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828956  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMSP
    "Minndestabstand von tskmx für optimale Abgasreinigung"
    VALUE
    0x829662
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829662  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMX
    "Initialisierungswert für maximale Speicherkattemperatur"
    VALUE
    0x828958
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828958  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMXDG
    "Faktor zur Anhebung von tskmx_w für Diagnose"
    VALUE
    0x8193E4
    KwUb
    1.992
    fak_q0p0078
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMXGK
    "Schwelle tskmx_w zum Runtersetzten tskmx_w bei Erkennung geringer Katschädigung"
    VALUE
    0x82895A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82895A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMXKRIT
    "Schwelle tskmx für kritische Abgasreinigung"
    VALUE
    0x829664
    KwUw
    1534.898
    temp_q0p0234_o273
    -0.009375000
    1534.889

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829664  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKMXSS
    "Min. Schwelle tskmx_w für Adaption"
    VALUE
    0x82895C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82895C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKOG
    "absolute Obergrenze Temperatur Speicherkat"
    VALUE
    0x82895E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82895E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKOPTMN
    "mindest Speicherkattemperatur für Abgasreinigung optimal"
    VALUE
    0x829666
    KwUw
    1534.898
    temp_q0p0234_o273
    -0.009375000
    1534.889

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829666  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKRGR
    "Min. Schwelle tskmx_w für konstantes Regenerationslambda"
    VALUE
    0x828960
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828960  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSKTDTK
    "Temperaturabhängige Verzögerungszeit für Katdiagnose"
    CURVE
    0x829602
    KlAUbSstUwWUw
    13107.00
    t_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829602  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkdkthp_w
        temp_q0p0234
        4
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSMNSA
    "Ladezeit bei SA"
    VALUE
    0x811D83
    KwUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSOKNSA
    "Verzugszeit Sperrung Offsetkorrektur nach Schubabschalten"
    VALUE
    0x8193D6
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSTAW
    "Zeit nach Kl50 ein für Anlasserfreigabe"
    CURVE
    0x819279
    KlAUbSstUbWUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819279  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSUMN
    "Temperaturschwelle Schwefelregenerierung wirksam"
    VALUE
    0x81944C
    KwUb
    1530.
    temp_q6_o273
    -273.1
    1257.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81944C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSUSPF
    "Temperaturschwelle für Freigabe der Anfettung zum Entschwefeln"
    VALUE
    0x81944D
    KwUb
    1530.
    temp_q6_o273
    -273.1
    1257.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81944D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSUSPZWM
    "Temperaturschwelle Schwefelregenerierung zweckmäßig"
    CURVE
    0x8294C4
    GklWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294C4  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        msusp_w
        m_q5p79em4
        8
        0.00
        37.92535

        AXIS_PTS_REF SSU08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSUZWM
    "Temperaturschwelle Schwefelregenerierung zweckmäßig"
    VALUE
    0x8294D4
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSWKNBGA
    "Zeit bis Setzwertkorrektur nach Ende Beschleunigen"
    CURVE
    0x81952F
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81952F  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges
        fak_q0p1
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSWKNVGA
    "Zeit bis Setzwertkorrektur nach Ende Verzögern"
    CURVE
    0x819540
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819540  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges
        fak_q0p1
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTANHKMN
    "Minimale Abgastemperatur nach Hauptkat"
    VALUE
    0x827FAC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTANHKMX
    "Maximale Abgastemperatur nach Hauptkat"
    VALUE
    0x827FAE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTANOSMX
    "Maximale Abgastemperatur nach Hauptkat"
    VALUE
    0x827FB0
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTBRL
    "Zeit zwischen Betätigung der Bremse und setzen von B_brems=true (Leckage)"
    VALUE
    0x82F22E
    KwUw
    3276.7499992
    tz100msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F22E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEAUS
    "Zeit nach Start bis TEB aktiv wird"
    VALUE
    0x82EC62
    KwUw
    200.0000
    t100msxs_uw_b6553p5
    0.00
    200.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EC62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEFVINI
    "Erste Phase ohne bereichsabhängige Gemischadaption im Fehlerfall (ggf. TE-Phase)"
    VALUE
    0x82AEFE
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AEFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEGAE
    "Phasen ohen Gemischadaption (Z_ora =  TRUE, ggf. TE-Phase)"
    VALUE
    0x82AF00
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEMIN
    "Minimale Zeit, in der die Gemischadaption nicht lauft (Fehlerfall, ggf. min. TE-"
    VALUE
    0x82AF02
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTENGAE
    "Phasen ohen Gemischadaption (Z_ora =  FALSE, ggf. TE-Phase)"
    VALUE
    0x82AF04
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEOFINI
    "Erste Phase ohne bereichsabhängige Gemischadaption (fehlerfreies System)"
    VALUE
    0x82AF06
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEVZUST
    "Zeit für TEV ZU bei Sondensignalabgleich"
    VALUE
    0x81AC85
    KwUb
    10.00
    t10msxs_ub_b10p2
    0.1200
    10.12

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTIPINEN
    "Zeit bis zur Abfrage auf Kraftschluß bei Drehzahldynamik"
    VALUE
    0x811927
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811927  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTIPINON
    "Einschaltzeit Tip-In Offset auf spätesten Zündwinkel"
    VALUE
    0x811928
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811928  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTLASH
    "Zeit für Verweildauer der Sonde hinter KAT unter/oberhalb des Sollwertes"
    VALUE
    0x827FE4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTLBUEDL
    "Verzögerung mit der Leerlauftrigger ausgelöst wird"
    VALUE
    0x81FB30
    KwUw
    600.0000
    t200msxs_uw_q0p2
    0.00
    600.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTLBUENO
    "Zeitraum, in dem kein neues Triggersignal Leerlauf erzeugt wird"
    VALUE
    0x81FB32
    KwUw
    3000.000
    t200msxs_uw_q0p2
    0.00
    3000.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTMUMASTA
    "Zeitdauer für Stationärzustand bei temp. UMA-Adaption"
    VALUE
    0x8136B0
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTNOHKMX
    "Maximale Temperatur des NOx-Sensors ohne Heizung"
    VALUE
    0x827FB2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTOOTHMN
    "Mindestanzahl 10ms-Raster zwischen zwei Zähnen -> Erkennung stehender Motor"
    VALUE
    0x8195DC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUBMAX
    "Zeitvorgabe nach der bei Überspannung die Endstufe abschaltet"
    VALUE
    0x8193F8
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUBRTAN
    "Zeitkonstante Tiefpaß für Bordspannung hinter Hauptrelais"
    VALUE
    0x8296DA
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUHEMN
    "Minimale Solltemperatur abhängig vom Heizungspoti"
    CURVE
    0x81B0A5
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0A5  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uhepoti
        spg_ub_b5
        5
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUHEMX
    "Maximale Solltemperatur abhängig vom Heizungspoti"
    CURVE
    0x81B0B0
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0B0  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uhepoti
        spg_ub_b5
        5
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMDETM
    "Umgebungslufttemperatur-Ersatzwert für Motortemperatur-Modell"
    VALUE
    0x81A0EA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMTAI
    "Initialisierungswert Umgebungstemperatur"
    VALUE
    0x81A129
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A129  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMTO
    "Totzeit für Umschaltung CJ120"
    VALUE
    0x8168EC
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMTOE
    "Totzeit für Umschaltung CJ120/CJ125 für elektrischen Abgleich"
    VALUE
    0x81683E
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81683E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMVGR
    "Zeitschwelle für Adaptionssperrung bei UMV"
    VALUE
    0x828962
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828962  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUNOPMN
    "Zeitvorgabe für Abweichung uuvsnohk_w von UUVSMN"
    VALUE
    0x828AE8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUNOPMX
    "Zeitvorgabe für Abweichung uuvsnohk_w von UUVSMX"
    VALUE
    0x828AEA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUNOSNOH
    "Zeitvorgabe für Abweichung uunohk_w vom Toleranzband UNOSNOHMX + MN"
    VALUE
    0x828AEC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUO2NOH
    "Zeitentprellung für O2-Spg-Signal des NOx-Sensors ohne Heizung"
    VALUE
    0x828AEE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUO2SMN
    "Zeitentprellung für min. O2-Spg-Signal"
    VALUE
    0x828AF0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUO2SMX
    "Zeitentprellung für max. O2-Spg-Signal"
    VALUE
    0x828AF2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPOTMN
    "Minimale Solltemperatur abhängig von Climatronic"
    CURVE
    0x81B0BB
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0BB  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        upotpwm
        spg_ub_b5
        5
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPOTMX
    "Maximale Solltemperatur abhängig von Climatronic"
    CURVE
    0x81B0C6
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0C6  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        upotpwm
        spg_ub_b5
        5
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWBWV
    "Zeitverzögerung zum Einspeichern eines neuen Poti 2 Wertes"
    VALUE
    0x810207
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810207  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG12
    "Fehlerzeit bei Vergleich von PWG-Poti 1 und 2"
    VALUE
    0x810208
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810208  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG1O
    "Fehlerzeit bei Bereichsverletzung von PWG-Poti 1 nach oben"
    VALUE
    0x810209
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810209  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG1U
    "Fehlerzeit bei Bereichsverletzung von PWG-Poti 1 nach unten"
    VALUE
    0x81020A
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81020A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG2O
    "Fehlerzeit bei Bereichsverletzung von PWG-Poti 2 nach oben"
    VALUE
    0x81020B
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81020B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG2U
    "Fehlerzeit bei Bereichsverletzung von PWG-Poti 2 nach unten"
    VALUE
    0x81020C
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81020C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWLLU
    "Entprellzeit zur Fehlererkennung ""unerwartete Leerlaufspannungen"""
    VALUE
    0x81020D
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81020D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSCHUB
    "Verzögerungszeit für Störspitzen bei Schubprüfung der Sonde hinter KAT"
    VALUE
    0x819437
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819437  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSENLASH
    "Zeitdauer bis Sonden Mager/Fett Erkennung erlaubt hinter Kat"
    VALUE
    0x827FE6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSHKRFM
    "Zeitdauer bis zur Freig. Wiederholungsmess. Schwingungspr. (Reset F/M-Flip-Flop)"
    VALUE
    0x827FE8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSHKVL
    "Verzögerungszeit für Störspitzen bei Vollastprüfung der Sonde hinter KAT"
    VALUE
    0x819438
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819438  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSHSMIN
    "Mindestdauer für Steigungsmessung für enable Filter hinter Kat"
    VALUE
    0x819439
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819439  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSLAMNO
    "Mindest-Verzugszeit zur Mess.  von lamsoni zur Bestimmung Sondensteigung für BDE"
    VALUE
    0x8101EB
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSLASH
    "Testzeit füt Dauer Anfettung/Abmagerung hinter KAT"
    VALUE
    0x827FEA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSLEAN
    "Verzögerungszeit um Störspitzen (magere Sondenspannung) auszublenden"
    VALUE
    0x8101EC
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSMSVL
    "Zeit nach Vollast für Überprüfung Sonde hinter KAT"
    VALUE
    0x81943A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81943A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSSA
    "Verzögerungszeit nach Über/Unterschreiten der Regelschwelle hinter KAT"
    VALUE
    0x81943B
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81943B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSSTOER
    "Verzögerungszeit um Störspitzen im Magerbetrieb auszublenden"
    VALUE
    0x81943C
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81943C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUUNOSMX
    "Zeitverzögerung für Fehler Spannung Kurzschluss nach +"
    VALUE
    0x828AF4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUVPMN
    "Zeitvorgabe, die Vp < Vp min Schwelle sein darf"
    VALUE
    0x828AF6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUVPMX
    "Zeitvorgabe, die Vp > Vp max Schwelle sein darf"
    VALUE
    0x828AF8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUVPNOH
    "Zeitvorgabe, die Vp unterhalb des Sollwerts sein darf"
    VALUE
    0x828AFA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUVSHONE
    "Zeitvorgabe Fehler, wenn die Vs-Zelle die Freigabespannung nicht unterschreitet"
    VALUE
    0x828AFC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUVSHONH
    "Zeitvorgabe im iO Fall, wenn die Vs-Zelle die Freigabespannung unterschreitet"
    VALUE
    0x828AFE
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUVSNOHK
    "Zeitvorgabe, die Vs ohne Heizung unterhalb des gültigen Bereichs sein darf"
    VALUE
    0x828B00
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TV1NOHBB
    "Verzögerungszeit Betriebsbereitschaft NOx-Sensor Heizung"
    VALUE
    0x828A22
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TV2NOHBB
    "Verzögerungszeit Betriebsbereitschaft NOx-Sensor Heizung"
    VALUE
    0x828A24
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TV2SHMM
    "Verzögerungszeit B_sa zur Sperrung HMM"
    VALUE
    0x8193E5
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVABGL
    "Verzögerungszeit für LSU-Abgleich"
    VALUE
    0x816840
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816840  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGDENOX
    "Verzögerungszeit beim Abschalten der NOx-Speicherkatregenerierung"
    VALUE
    0x819121
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819121  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRAEG
    "Verzugszeit AGR Adaption eingeschwungen"
    VALUE
    0x81B478
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B478  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRAEGKT
    "Verzugszeit AGR Adaption eingeschwungen Kurztest"
    VALUE
    0x81B47A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B47A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRFBG
    "Verzugszeit AGR Adaption eingeschwungen"
    VALUE
    0x81B47C
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B47C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRFBGKT
    "Verzugszeit AGR Adaption eingeschwungen Kurztest"
    VALUE
    0x81B47E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B47E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRHN
    "Verzugszeit Erkennung min. Hysterese"
    VALUE
    0x8100E2
    KwUb
    1.275
    t_q0p005
    0.00
    1.275

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRHS
    "Stillstandszeit Erkennung Hysterese"
    VALUE
    0x8100E3
    KwUb
    1.275
    t_q0p005
    0.00
    1.275

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRHX
    "Verzugszeit Erkennung max. Hysterese"
    VALUE
    0x8100E4
    KwUb
    1.275
    t_q0p005
    0.00
    1.275

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRKZU
    "Stillstandszeit für Erkennung AGR Ventil klemmt zu"
    VALUE
    0x8100E5
    KwUb
    1.275
    t_q0p005
    0.00
    1.275

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGROEG
    "Verzugszeit AGR Offset-Adaption eingeschwungen"
    VALUE
    0x81B480
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B480  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGROEGKT
    "Verzugszeit AGR Offset-Adaption eingeschwungen Kurztest"
    VALUE
    0x81B482
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B482  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRSA
    "Verzoergerungszeit AGR nach Schubabschalten"
    VALUE
    0x812FC6
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRST
    "Verzugszeit nach Start für AGR ein"
    VALUE
    0x81B31C
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B31C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRVPS
    "Verzugszeit AGR-Sollposition für Soll-Ist-Vergleich"
    VALUE
    0x819129
    KwUb
    0.08000
    t20msxs_ub_b5p1
    0.00
    0.08000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x819129  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAMSVTEBF
    "Einschaltverzögerung Ansteuerung MSV bei Tester-Erstbefüllung"
    VALUE
    0x82BFBE
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVARHP
    "Verzögerungszeit Rücknahme Status Katschutz"
    VALUE
    0x81948F
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVARS
    "Verzoegerungszeit fuer AR wieder inaktiv"
    VALUE
    0x81094B
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81094B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVARSA
    "Zeit für Aktivierung dynamischer Antiruckel-Eingriff nach Schubabschalten"
    VALUE
    0x81094C
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81094C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVARSS
    "Verzögerungszeit für AR wieder inaktiv im Stationärfall"
    VALUE
    0x81094D
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81094D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAST
    "Einschaltverzugzeit für Sondensignalabgleich Forderung"
    VALUE
    0x81AC86
    KwUb
    4.000
    t100msxs_ub_b25p5
    1.000
    5.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVBKVNHOM
    "Verzögerungszeit der Notlaufforderung HOM, da ps>psmxbkvg"
    VALUE
    0x82F220
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F220  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVBRMX
    "Verzögerungszeit für Aktivierung der Brettfunktion"
    VALUE
    0x81AA35
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA35  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVCAMSR
    "Entprellzeit nach Start Startende bei ASR/MSR-Fehler"
    VALUE
    0x813792
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813792  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVCRUH
    "Verzögerungsz. hmm-Sperrung nach Cruising dch. hom Anf. im Cruising"
    VALUE
    0x819490
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819490  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVCRUR
    "Verzögerungsz. Rücksetzen hmm-Sperrung nach Ende Cruising"
    VALUE
    0x829668
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829668  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVCRUS
    "Verzögerungsz. Setzen hmm-Sperrung nach Ende Cruising"
    VALUE
    0x819491
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819491  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDENOX
    "Verzögerungszeit für Rücksetzen der NOx-Kat-Regenerier-Anforderung"
    VALUE
    0x81AB71
    KwUb
    6.000
    t100msxs_ub_b25p5
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB71  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDESHLSU
    "Verz.-Zeit nach  Ablauf der Startrampe bis zum Aktivieren d. Diag. an VM/UN"
    VALUE
    0x81AB0D
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB0D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDFRZAIP
    "Einschwingzeit während der dfrza > DFRZASNAMN gilt"
    VALUE
    0x81AB0E
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB0E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDK
    "Verzögerungszeit nach Schließen der Drosselklappe"
    VALUE
    0x810798
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810798  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDKPRMX
    "Max. Verzögerungszeit DK Prediktion"
    VALUE
    0x8196B9
    KwUb
    0.2550
    t_q0p001
    0.00
    0.2550

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDNOZW
    "Zeit für Delta Drehzahl, bei der keine Zündwinkeleingriff stattfindet"
    VALUE
    0x810A36
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A36  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDNPAGRL
    "Verzugszeit Diagnose AGR-Ventil Offset nicht plausibel"
    VALUE
    0x81912A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81912A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDRL
    "Verzögerungszeit für Dynamikmessung LSU"
    VALUE
    0x81AB20
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB20  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEABG
    "Verzögerungszeit zwischen Motor und Lambdasonde"
    VALUE
    0x81AD94
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEB
    "Verzögerungszeit ab TEV offen für Aussage TEV i.O./defekt in Diagnose DTEV"
    VALUE
    0x81AD95
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEE
    "Zeitdauer ab TEV offen für Prüfung DTEV"
    VALUE
    0x81AD96
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD96  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTELLA
    "Mindestzzeit für Aktivierungsbedingungen für Aufsteuerprüfung DTEV erfüllt"
    VALUE
    0x81AD97
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEVP
    "Entprellung für Setzen Flip-Flop Passiv-Prüfung DTEV i.O."
    VALUE
    0x81AD98
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD98  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEVPM
    "Entprellung für Setzen Flip-Flop ""Diagnose passiv möglich"""
    VALUE
    0x81AD99
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVEAGRL
    "Verzoegerungszeit Fehler AGRL"
    VALUE
    0x81912B
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81912B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVEAGRV
    "Verzugszeit AGR-Ventilfehler (Soll ungleich Istwert)"
    VALUE
    0x81912C
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81912C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVEAGRVKT
    ""
    VALUE
    0x81912D
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81912D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVEAGRVV
    "Verzugszeit AGR-Ventilfehler (Soll ungleich Istwert) Verdacht"
    VALUE
    0x81912E
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81912E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVENKBA
    "Verzugszeit Freigabe Blendenkorrektur AGR"
    VALUE
    0x81913E
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81913E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVENMX
    "Verzögerung der Diagnose ""mx. Tastverhältnis"" nach Heizung ein"" bzw. B_SA"
    VALUE
    0x829698
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829698  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVENPAGRL
    "Verzoegerungszeit NP-Fehler AGRL"
    VALUE
    0x81912F
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81912F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVERBR
    "Verzögerungszeit für Bremsschalter-Plausibilitätsprüfung"
    VALUE
    0x8194EF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVESDEL_UM
    "Zeit HDEV Vormagnetisierung"
    VALUE
    0x8141E8
    KwUw
    209.7120
    tinjection_sy
    0.00
    209.7120

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVESIAGRL
    "Verzoegerungszeit Signal-Fehler AGR"
    VALUE
    0x819130
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819130  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVETREW
    "Ersatzwert Tastverhältnis Thermostat"
    VALUE
    0x81B0D1
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVETRMN
    "Minimales Tastverhältnis Thermostat"
    VALUE
    0x81B0D2
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVETRMX
    "Maximales Tastverhältnis Thermostat"
    VALUE
    0x81B0D3
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVEVLOCTE
    "Verzögerungszeit für Wiedereinsetzen der Einspritzung nach Ausblendung"
    VALUE
    0x81AC87
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFERL
    "Verzögerungszeit für Erkennung Stationärbetrieb nach Umschaltung"
    VALUE
    0x8191DA
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFHMM
    "Verzugszeit Freigabe HMM"
    VALUE
    0x8193E6
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFHTTST
    "Verzugszeit für Test obere Temperaturgrenze Hauptkat"
    VALUE
    0x8193E7
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFRG
    "Verzögerundszeit nach Satrtende bis zur Freigabe des Füllungsreglers"
    VALUE
    0x82A8DC
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFRSTSI
    "Zeit für das Setzen des Bits fehlendes Signal"
    VALUE
    0x8198F3
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSAM
    "Temperaturabhängige Verzögerungszeit für Fahrstufe AUS"
    CURVE
    0x81A75D
    GklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A75D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSAWE
    "Verzögerungszeit für Rücksetzen von B_fil"
    VALUE
    0x815BFE
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815BFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSEM
    "Temperaturabhängige Verzögerungszeit für Fahrstufe EIN"
    CURVE
    0x81A765
    GklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A765  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSRAM
    "motortemperaturabhängige Verzögerungszeit für Fahrstufe aus (R)"
    CURVE
    0x81A76D
    GklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A76D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSREM
    "motortemperaturabhängige Verzögerungszeit für Fahrstufe ein (R)"
    CURVE
    0x81A775
    GklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A775  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFUE
    "Verzögerungszeit für den Aufbau der Füllung"
    VALUE
    0x810788
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810788  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFZGMN
    "Zeit für Kat-Heizen möglich obwohl minimale Fahrgeschw. unterschritten"
    VALUE
    0x8294D6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVGAT
    "Verzögerung Momenten begrenzung Abgastemperatur"
    VALUE
    0x81AA36
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA36  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVGSCH
    "Verzögerungszeit für die Bedingung Getriebeschaltung aktiv"
    VALUE
    0x81A9D5
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHELSUF
    "Überbrückungszeit bei kurzfristige Wegfall B_lrhkp"
    VALUE
    0x81AB25
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB25  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHKLSU
    "Verzögerungszeit für Diagnose Heizerkopplung"
    VALUE
    0x81FBD4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHKLSUV
    "Zeit für Diagnose Heizerkopplung"
    VALUE
    0x8101F2
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHMM
    "Verzögerungszeit konstanter Homogenmagerbetrieb"
    VALUE
    0x828AD2
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHOM
    "Verzögerungszeit Homogenumschaltung"
    VALUE
    0x828AD4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHOM2
    "Verzögerungszeit Homogenumschaltung"
    VALUE
    0x828AD6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHOMCR
    "Verzögerungsz. B_cruise für Setzen B_cruhom"
    VALUE
    0x819492
    KwUb
    15.94
    t100msxs_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819492  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHPMX
    "Verzögerungsz. Freigabe Abgastemperatur vor Vorkat"
    VALUE
    0x819493
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819493  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHTE
    "Verzugszeit keine Katkühlung aufgrund Betriebspunkt"
    VALUE
    0x8193E8
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKBNK
    "Abgaslaufzeit von vor Hauptkat bis NOx-Sensor hinter Kat"
    VALUE
    0x828CD0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKHCCH
    "Verzögerungszeit für Berechnungsende HC-Konzentration am TEV"
    VALUE
    0x82ED4A
    KwUw
    50.00000
    t100msxs_uw_b6553p5
    0.00
    50.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKMAXDO
    "Maximale Temperatur Vorkat bei der Nacheinspritzung möglich ist"
    VALUE
    0x82C798
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C798  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKMINDO
    "Minimale Temperatur Vorkat bei der Nacheinspritzung möglich ist"
    VALUE
    0x82C79A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C79A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKMTRMN
    "minimales Tastverhältnis Thermostat"
    VALUE
    0x81B0D4
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKMTRMX
    "maximales Tastverhältnis Thermostat"
    VALUE
    0x81B0D5
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOEOF
    "Verzögerungszeit für B_koe AUS"
    VALUE
    0x81AF12
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF12  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOEP
    "Verzögerungszeit für Kompressor EIN ( zur Momentreserve)"
    CURVE
    0x81AF13
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF13  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pkodrc
        p_q0p2
        8
        0.00
        51.00

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOEV
    "Verzögerungszeit für Kompressoreinschalten (totzeit)"
    VALUE
    0x81AF24
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF24  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOGANDEL
    "Verzögerungszeit für Kompressor EIN ( zur Momentreserve)"
    VALUE
    0x81AF25
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF25  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOSSIM
    "Verzögerungszeit für Simulation einer eingeschalteten Klimaanlage im Start"
    VALUE
    0x81AF26
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF26  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKTDLE
    "Verzögerungszeit bis Lambda eingeschwungen bei Katdiagnose"
    VALUE
    0x81947D
    KwUb
    12.75
    t_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81947D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKTDRX
    "Maximale Fettzeit für hintere Sondenspannung bei Katdiagnose"
    VALUE
    0x81947E
    KwUb
    5.100
    t_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81947E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUP
    "Verzögerungszeit für B_kupplv"
    VALUE
    0x81030D
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81030D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPAR
    "Verzögerungszeit Kupplung für Antiruckelfunktion"
    VALUE
    0x81094E
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81094E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPGW
    "Verzögerungszeit vor Rücksetzen von B_kupgw nach Einkuppeln"
    VALUE
    0x81094F
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81094F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPHS
    "Verzögerungszeit Kupplungsschalter beim Hochschalten"
    CURVE
    0x810950
    FklWUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810950  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPPL
    "Verzögerungszeit für die Information des Kupplungsschalter"
    VALUE
    0x810799
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810799  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPRS
    "Verzögerungszeit Kupplungsschalter beim Runterschalten"
    CURVE
    0x810958
    FklWUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810958  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPV
    "Verzögerungszeit für Rücksetzen von B_kupplv"
    VALUE
    0x81373E
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81373E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLADV
    "Zeitkonstante für Integrator bei vlast-Berechnung"
    CURVE
    0x8298DC
    KlAUwSstSwWUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298DC  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dvzvi_w
        vfzg_sw_q0p00781
        8
        -256.0000
        255.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLBKO
    "Einschaltverzögerung für Offsetwert lernen"
    VALUE
    0x82A8CE
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLBTS
    "Verzögerungszeit Lambdasoll Bauteileschutz"
    VALUE
    0x8199E9
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLBTSVVK
    "Verzögerungszeit Lambdasoll Bauteilschutz Vorkat"
    VALUE
    0x8199EA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLBUTEVH
    "Haltezeit des Synchronisierungsimpulses Aktivierung DTEV im Homogenbetrieb"
    VALUE
    0x81AD9A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLISTU
    "Verbotszeit für negativen Integratoranteil nach Start"
    VALUE
    0x810920
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810920  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLHMMS
    "Verzögreungszeit B_ll für HMM-Sperrung"
    VALUE
    0x82966A
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82966A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLR
    "Einschaltverzögerung: B_llri bei Überdrehzahl"
    VALUE
    0x81079A
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81079A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLRI
    "Verzögerungszeit für Freigabe I-Anteil nach Start"
    CURVE
    0x81079B
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81079B  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLRPD
    "Maximale Verzögerungszeit für Freigabe PD-Anteil nach Start"
    CURVE
    0x8107A8
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107A8  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLRPST
    "Zeitverzögerung nach Start zum Deaktivieren der P-Verstärkung im Start"
    VALUE
    0x810921
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810921  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLRSTE
    "Zwangsbedingung Leerlaufregelung nach B_stend"
    VALUE
    0x8107B5
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLRA
    "Verzögerungszeit für Aktivierung Gemischadaption nach Lambdaregelung aktiv"
    VALUE
    0x8198BF
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUBB
    "maximal zul. Verzögerungszeit nach dem Start für Betriebsbereitschaft der LSU"
    VALUE
    0x82969A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82969A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUEK
    "Verzögerungszeit für Fehlerkorrektur stetige Lambdasonde LSU"
    VALUE
    0x82EAF4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSULUFT
    "Verzögerungszeit für Fehler LSU in Luft"
    VALUE
    0x81AB0B
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB0B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUOF
    "Verzögerungszeit für Fehler stetige Lambdasonde LSU ""Offset"""
    VALUE
    0x82EAF6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUPER
    "Verzögerungszeit für B_lsuftb und B_lsumrb"
    VALUE
    0x81AB26
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB26  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUTRIM
    "Verzögerungszeit für Fehler LSU Abgleichleitung unterbrochen"
    VALUE
    0x81AB0F
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB0F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUTRIMZ
    "Verzögerungszeit für Heilung / Z-Flag LSU Abgleichleitung"
    VALUE
    0x81AB10
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB10  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUUMN
    "Verzögerungszeit Erkennung Fehler, Spannung im Schub zu klein"
    VALUE
    0x81AB11
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB11  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUES1MN
    "Min. Tastverhältnis Lüfter 1"
    VALUE
    0x819585
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819585  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUES1MX
    "Max. Tastverhältnis Lüfter 1"
    VALUE
    0x819586
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819586  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESETR
    "Tastverhältnis Ansteuerung elektr. Thermostatventil bei Lüfterausfall"
    VALUE
    0x81B0D6
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESIC1
    "Istzustand Ansteuerung Lüfter 1"
    VALUE
    0x81B0D7
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESIC2
    "Istzustand Ansteuerung Lüfter 2"
    VALUE
    0x81B0D8
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESICEW
    "Ersatzwert Istzustand Lüfteransteuerung bei Endstufenfehler"
    VALUE
    0x81B0D9
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESSEW
    "Ersatzwert Lüfteransteuerung bei schaltbaren Lüftern"
    VALUE
    0x81B0DA
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVMIBEG
    "Entprellzeit für Zündwinkelfreigabe bei Momentenbegrenzung"
    VALUE
    0x8109D7
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVMNOSPOK
    "Verzugszeit Speicherkatbeladung gering für Offsetkorrektur"
    VALUE
    0x8193D7
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVMXPR
    "Geschwindigkeit-Prädiktionshorizont für VMAX-Regelung"
    VALUE
    0x810B97
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNKL15
    "Verzögerungszeit zur Anlasserfreigabe nach Kl15 ein"
    VALUE
    0x810109
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810109  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNL1OFF
    "Ansteuertastverhältnis Lüfter 1 bei Ende Nachlaufzeit KMTR"
    VALUE
    0x81B0DB
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNL2OFF
    "Ansteuertastverhältnis Lüfter 2 bei Ende Nachlaufzeit KMTR"
    VALUE
    0x81B0DC
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLETR
    "Tastverhältnis Thermostat im Nachlauf"
    VALUE
    0x81B0DD
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLGA
    "Nachlaufzeit Laufbereitschaft für Adaptionsfaktoren"
    VALUE
    0x8198C0
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLL1
    "Tastverhältnis Lüfter 1 im Nachlauf (Initialiserung AccumulatorLimited_1)"
    VALUE
    0x81B0DE
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLL2
    "Tastverhältnis Lüfter 2 im Nachlauf (Initialisierung AccmulatorLimited)"
    VALUE
    0x81B0DF
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLTETR
    "Ansteuerung elektr. Thermostatventil im Nachlauf für Hauptrelaisprüfung"
    VALUE
    0x81B0E0
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNOHKMX
    "Verzögerungszeit Regenerationsanforderung über NOx-Konzentration"
    VALUE
    0x8193E9
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNOK
    "Verzugszeit Bestimmung Lightoff-Korrekturfaktor"
    VALUE
    0x8284FC
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNOSBBOK
    "Verzugszeit NOx-Sensorbereitschaft Sperrung Lightoff-Adaption"
    VALUE
    0x8193D8
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNOXE
    "Verzugszeit NOx-Einschwingvorgang"
    VALUE
    0x8193D9
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVOBKS
    "Tastverhältnis für Anforderung EKP aus"
    VALUE
    0x829ECE
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ECE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVOCIPLL
    "Verzögerungszeit bis zum Setzen des Fehlers Leitungsunterbrechung IP (""frm"")"
    VALUE
    0x81AB12
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB12  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPBKVK
    "Zeitverzögerung Druck am Bremskraftverstärker Konstant"
    VALUE
    0x81AF2B
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF2B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPBKVNB
    "Verzögerungszeit der Bremskraftdruckreaktion nach Bremsen"
    VALUE
    0x81AF3A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF3A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPDKP1
    "Fehlertoleranzzeit bei Bereichsprüfung DK-Poti 1"
    VALUE
    0x810236
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810236  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPDKP2
    "Fehlertoleranzzeit bei Bereichsprüfung DK-Poti 2"
    VALUE
    0x810237
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810237  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPKH
    "Zeitverzögerung: P-Verstärkung bei Katheizen aktiv"
    VALUE
    0x810922
    KwUb
    25.40
    t200msxs_ub_b51
    0.00
    25.40

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810922  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPLAM
    "Verzoegerungszeit bis Lambda eingeschwungen ist"
    VALUE
    0x828B02
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPOSZ
    "Zeitfenster für Signaloszilationserfassung"
    VALUE
    0x828CD2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWDK12
    "Fehlertoleranzzeit bei Gleichlaufprüfung der DK-Potis"
    VALUE
    0x810238
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810238  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWDK13
    "Fehlertoleranzzeit bei Gleichlaufprüfung DK-Poti 1 und Ersatzwert aus Füllung"
    VALUE
    0x810239
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810239  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWDK23
    "Fehlertoleranzzeit bei Gleichlaufprüfung DK-Poti 2 und Ersatzwert aus Füllung"
    VALUE
    0x81023A
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWMCSR
    "Entprellzeit Fehler zurücksetzen"
    VALUE
    0x81B0F3
    KwUb
    6.350
    t50msxs_ub_b12p75
    0.00
    6.350

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWMCSS
    "Entprellzeit Fehler setzen"
    VALUE
    0x81B0F4
    KwUb
    6.350
    t50msxs_ub_b12p75
    0.00
    6.350

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPYGAR
    "Verzögerungszeit für erneute Homogen- Anforderung aus GA"
    VALUE
    0x8198C1
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVREABO
    "Verzugszeit für zurücksetzen des Zählers für Benzin im Öl"
    VALUE
    0x81A027
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A027  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVREGBRK
    "Verzögerungszeit Check Status B_hom nach Regenerationsabbruch im Leerlauf"
    VALUE
    0x8193EA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRESLL
    "Haltezeit für die erhöhte Momentenrerserve nach Drehzahleinbruch"
    VALUE
    0x8152DC
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRESTM
    "Initialisierungsdauer: Momentenreserve nach Start"
    VALUE
    0x81A77D
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A77D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRINNPH
    "Verzögerungszeit bis zum Stoppen des 3kHz-Taktes nachd. der Ri unplaus. hoch ist"
    VALUE
    0x81AB13
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB13  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRRIESF
    "Verzögerungszeit externe Restgasrate-Sollwertfilterung"
    VALUE
    0x8100DD
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSA2HMF
    "Verzögerungszeit Ende B_sa für HMM-Freigabe"
    VALUE
    0x82966C
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82966C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSABFA
    "SA-Verzugszeit bei Funktionsanforderung (B_fa) und gangi = 0"
    VALUE
    0x8152D0
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSABGL
    "Verzögerungszeit für LSU-Abgleich nach Start"
    VALUE
    0x8168EE
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSABTE
    "Verzugszeit für TEV Schließen vor Schubabschalten"
    VALUE
    0x8152D2
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSADYN
    "Verzögerungszeit für B_sadyn"
    VALUE
    0x813674
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813674  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSAG0
    "Totzeit Schubabschalten bei Gang 0"
    VALUE
    0x8152D4
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8152D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSAGOK
    "Verzugszeit B_sagok für Offsetwert-Bestimmung"
    VALUE
    0x8193DA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSAGRTMST
    ""
    CURVE
    0x81B362
    KlAUwSstUwWUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B362  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSAHMMF
    "Verzögerungszeit B_sa für HMM-Freigabe"
    VALUE
    0x82966E
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82966E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSALSUMN
    "Minimale aktive Schubabgleichzeit für die statistische Auswertung"
    VALUE
    0x813676
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813676  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSATM
    "Sperrzeit Schubabschalten nach Startende"
    CURVE
    0x82D54A
    KlAUwSstUwWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D54A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSATMOT
    "Verzögerungszeit zur Aktivierung Schubableich durch Motortemperatur"
    VALUE
    0x8296AA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSATMOTFA
    "FA Verzögerungszeit zur Aktivierung Schubableich durch Motortemperatur"
    VALUE
    0x8296AC
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSAUGST
    "Einschaltverzugzeit für Sondensignalabgleich Starten"
    VALUE
    0x81AC88
    KwUb
    0.9000
    t100msxs_ub_b25p5
    0.1000
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSCRU
    "Mindest SA-Dauer f. Rücksetzen hmm Sperrung"
    VALUE
    0x819494
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819494  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSDENO
    "Verzögerung B_lrs bei Übergang nach Homogen während Regenerierung"
    VALUE
    0x81AA91
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSEAGROFF
    "Zeitverzögerung  ab Satrtende für Abschalten AGR bei Abweichg. Saugrohradaption."
    VALUE
    0x829F4E
    KwUw
    655.3400
    t10msxs_uw_b655p35
    0.01000000
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSERSL
    "Verzögerungszeit zum setzten eines Fehlers für die Sondenleitungsdiangose"
    VALUE
    0x81AB14
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB14  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSFREI
    "Verzögerungszeit für Bedingung Schwefel frei"
    VALUE
    0x81944E
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81944E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSHEIP
    "Entprellzeit zum Setzen des Zyklusflags Z_lsuip"
    VALUE
    0x82EABA
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EABA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSHESL
    "Verzögerungszeit zum Heilen von Sondenleitungsfehlern"
    VALUE
    0x81AB15
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB15  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSHMM
    "Verzugszeit Sperrung HMM"
    VALUE
    0x8193EB
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSLRS
    "Verzögerung B_lrs bei Übergang Schicht nach Homogen"
    VALUE
    0x81AA92
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSNPF
    "Verzögerungszeit in der Störungen bei der Entprellung unterdrückt werden"
    VALUE
    0x81AB27
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB27  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSNPFNA
    "Verzögerungszeit in der Störungen bei der Entprellung unterdrückt werden"
    VALUE
    0x81AB16
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB16  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSTETR
    "Tastverhältnis Thermostat im Startbereich"
    VALUE
    0x81B0E1
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTANKL
    "Verzögerungszeit für Information Tank-Leer-Zustand beendet"
    VALUE
    0x8194BF
    KwUb
    255.0
    t_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTEB
    "Verzögerungszeit für sperren von TE nach Abschalten der Einspritzung"
    VALUE
    0x81AB72
    KwUb
    6.000
    t100msxs_ub_b25p5
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB72  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTEVPS
    "Druckabhängige Verzugszeit Tankentlüftungsventil"
    CURVE
    0x81ACE3
    KlAUbSstUbWUb
    127.5
    t500usxms_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACE3  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspu
        fak_ub_b2
        5
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTHKFHMM
    "Verzögerungsz.  vorzeitige Freigabe hmm Betrieb"
    VALUE
    0x819495
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819495  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTHKSHMM
    "Verzögerungsz. Freigabe hmm Betrieb"
    VALUE
    0x819496
    KwUb
    51.20
    t100msxs_ub_b51p2
    0.00
    51.20

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819496  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTKAGRA
    "Verzögerungszeit Testerkommunikation AGR-Adaption aktiv"
    VALUE
    0x81B504
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B504  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTKLSU
    "Verzögerungszeit beim Eintragen eines Fehlers aufgrund eines leeren Tanks"
    VALUE
    0x82DFF8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82DFF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTLEPL
    "Verzögerungszeit für Einschalten der TANKL Diagnose"
    VALUE
    0x8194C0
    KwUb
    254.0
    t_q1
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTMKIC
    "Entprellzeit für tmkic-Fehler"
    VALUE
    0x82BC08
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTMKIE
    "Entprellzeit für Umschaltung auf Ersatzwert bei tmkic-Fehler"
    VALUE
    0x82BC0A
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTSO_UM
    "Negativer Offset für KLTVTS_UM"
    VALUE
    0x8141EA
    KwUw
    209.7120
    tinjection_sy
    0.00
    209.7120

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTSUZWM
    "Zeitkonstante für Verzögerung steigende Flanke B_tsuzwm"
    VALUE
    0x8294D8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTUME
    "Entprellzeit für Umschaltung auf Ersatzwert bei tumc-Fehler"
    VALUE
    0x82BC2E
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTUMTA
    "Verzugszeit Fahrgeschwindigkeitsbedingung für Bestimmung Umgebungstemperatur"
    VALUE
    0x82BC2C
    KwUw
    65534.00
    t1sxs_uw_b65535
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUBFRA
    "Verzögerungszeit für Gemischadaptionanforderung FRA-Bereich"
    VALUE
    0x8198DE
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUBLRA
    "Nachlaufzeit zur Vermeidung der Umschaltung (hom-sch) im Grenzbereich"
    VALUE
    0x8198C2
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUBORA
    "Verzögerungszeit für Gemischadaptionanforderung ORA-Bereich"
    VALUE
    0x8198DF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUKDSER
    "Zeitverzögerung bis Fehler unplausibles Spannungssignal erkannt"
    VALUE
    0x829F26
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUMSCH
    "Verzögerungszeit für Umschaltung in Magerbetriebsart bei Gangwechsel"
    VALUE
    0x8191D8
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUMV
    "Verzugszeit Umgehung Magerverbot"
    VALUE
    0x8193EC
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUPRMNPL
    "Verzögerungszeit bis zum Setzen von B_uprmnpl"
    VALUE
    0x81A12B
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A12B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVVZWM
    "Zeitkonstante für Verzögerung steigende Flanke vfzg größer als Schwelle VZWM"
    VALUE
    0x8294DA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZAGRL
    "Verzugszeit Zyklus/Heilung DFP_AGRL"
    VALUE
    0x819131
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819131  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZAGRV
    "Verzugszeit Zyklus/Heilung DFP_AGRL"
    VALUE
    0x819132
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819132  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZAGRVKT
    ""
    VALUE
    0x819133
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819133  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZMIBEG
    "Verzögerungszeit nach aktiver Momentenbegrenzung"
    VALUE
    0x81A9D7
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZTANV
    "Zeitkonstante für Pt1-Glied zur Verzögerung der gemessenen und modellierten Temp"
    VALUE
    0x82BC00
    KwUw
    65534.000000
    zk1sxs_uw_b65535
    1.0000000000
    65535.000000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZTANVT
    "Zeitkonstante für Pt1-Glied zur Verzögerung der gem. und mod. Temp, Tester"
    VALUE
    0x82BC02
    KwUw
    65534.000000
    zk1sxs_uw_b65535
    1.0000000000
    65535.000000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZVPOSZ
    "Verzögerungszeit Zeitfenster für Signaloszilationserfassung"
    VALUE
    0x828CD4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZWMSA
    "Zeit bis zum Übergehen auf Dauerspätbegrenzung"
    VALUE
    0x811929
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811929  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZWMSE
    "Zeit bis zum Übergehen auf Dynamikspätbegrenzung"
    VALUE
    0x81192A
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81192A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWADAGR
    "Wartezeit für Adaption nach Betriebsstunden"
    VALUE
    0x81B330
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B330  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWAFMN
    "Untere Schwelle des Temperaturfensters bei Feinadaption"
    VALUE
    0x81ADE5
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADE5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWAFMX
    "Obere Schwelle des Temperaturfensters bei Feinadaption"
    VALUE
    0x81ADE6
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADE6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWAGRSS
    "Warteteit Sollwert-Steuerung AGR nach Schubabschalten"
    VALUE
    0x812FC8
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWAGRSSKT
    "Warteteit Sollwert-Steuerung AGR nach Schubabschalten (Kurztest)"
    VALUE
    0x812FCA
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWANDAPP
    "Applikationswert für Wandtemperatur"
    VALUE
    0x82A8B8
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWAZOFVL
    "Verzögerungszeit zum Setzen des Statusbit ""Vollast"""
    VALUE
    0x81913F
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81913F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWAZVLSA
    "Verzögerungszeit zum Setzen des Statusbit ""Schub"""
    VALUE
    0x819140
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819140  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBDCY
    "Wartezeit für Erkennung Bedingung 'driving cycle'"
    VALUE
    0x81FA20
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBKLHOF
    "akkumulierte Zeit außerhalb Bereichsgrenzen für Rücksetz. Bed. Kühlleistung hoch"
    VALUE
    0x82BB84
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBKLHON
    "Wartezeit innerhalb Bereichsgrenzen für Bed. Kühlleistung hoch"
    VALUE
    0x82BB86
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBKLNOF
    "akkumulierte Zeit außerh. Bereichsgrenzen für Rücksetz. Bed. Kühlleistung niedri"
    VALUE
    0x82BB88
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBKLNON
    "Wartezeit innerhalb Bereichsgrenzen für Bed. Kühlleistung niedrig"
    VALUE
    0x82BB8A
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKATS
    "Wartezeit nach Stoppbedingung für Filter und Integrator"
    VALUE
    0x819489
    KwUb
    12.75
    t_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819489  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKNL
    "Zeit nach nmot = 0 und Kl.15 AUS bis Nachlauf gestartet wird"
    VALUE
    0x8194ED
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKRED
    "Wichtung Zeitkonstante für Drosselklappensollwinkelfilterung im Start"
    VALUE
    0x813F10
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813F10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKSNST
    "Zeitkonstante für Drosselklappensollwinkelfilterung im Start"
    CURVE
    0x82AAE8
    KlAUbSstUbWUw
    655.3400
    t10msxs_uw_b655p35
    0.01000000
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AAE8  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDLSSA
    "Mindestprüfzeit für DLSSA-Extremwertbestimmung"
    VALUE
    0x82AB1C
    KwUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AB1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDMAD
    "Wartezeit bis Freigabe der Adaption des Verlustmoments"
    VALUE
    0x81A743
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A743  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDUBRNL
    "Wartezeit für Diagnose UBR im Nachlauf bis Ausschalten Komponenten"
    VALUE
    0x8194B2
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWFHMM
    "Sperrzeit hmm nach Gangwechsel"
    VALUE
    0x829670
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829670  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWLRTMS
    "Wartezeit für Diagnose TMOT-Einschaltbedingung lambda-Regelung"
    CURVE
    0x81A0EB
    KlAUbSstUbWUb
    5100.0000
    t100msxs_ub_q20
    0.00
    5100.0000

    FORMAT "%9.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0EB  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotlinst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNSTA
    "Wartezeit nach Motorstart"
    VALUE
    0x827FFA
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNTAL
    "Wartezeit bis Nicht-Tankleer-Signal gültig ist"
    VALUE
    0x827FFC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWPLK
    "Entprellzeit für Rücknahme der LL-Vorgabe bei Lebendkennung"
    VALUE
    0x8194E5
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWPMBBR
    "Verzögerungszeit für Pedalwertbegrenzung bei betätigter Bremse"
    VALUE
    0x81020E
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81020E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWSHMM
    "mindest SA-Dauer fuer Rücksetzen hmm Sperrung"
    VALUE
    0x819497
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819497  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWSTT
    "Schwelle Abstellzeit für Wiederholstart"
    CURVE
    0x814638
    KlAUwSstUwWUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814638  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        12
        -48.00000
        49103.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWVSOMOS
    "Obere Schwelle der Rohrwandtemperatur an der Sondeneinbauposition vor dem Kat."
    VALUE
    0x82969C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82969C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZ2FGRGA
    "Doppelte Zählerzeitkonstante für FGR-Regler"
    CURVE
    0x8298FE
    KlAUwSstUwWUw
    1310.660
    t20msxs_uw_q0p02
    0.02000000
    1310.680

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298FE  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZDAGRE
    "Zyklus- (Heilungs-) Entprellzeit DAGRE"
    VALUE
    0x81962A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81962A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZGVSTA
    "Temperaturschwelle für Freigabe der Adaption der ZGST-Vorsteuerung"
    VALUE
    0x819D65
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D65  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZMIN
    "Zeitfenster für Zahnerkennung nach UBatt-Einbruch"
    VALUE
    0x81AF3F
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF3F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZSPINI
    "Sperrzeit fuer Filterinitialisierung"
    VALUE
    0x810960
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810960  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZTOL_UM
    "Toleranz zwischen Zeit- und Zahnzählererfassung in Timerinkrementen"
    VALUE
    0x8141E4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZWPST
    "Wartezeit nach Motorstart für Ansteuerung Zusatzwasserpumpe"
    VALUE
    0x81B0E2
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZWPSV
    "Ansteuerdauer der Zusatzwasserpumpe"
    VALUE
    0x81B0E3
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZYKLNOHK
    "Zeitvorgabe bis Sensor ohne Fehler i.O. anzeigt"
    VALUE
    0x828B04
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZZMX
    "Zeitfenster für Zahnerkennung"
    VALUE
    0x81AF40
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF40  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_ASRFGR
    "Zeit für GRA-Abwurf bei ASR-Eingriff"
    VALUE
    0x810326
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810326  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_GEUEW
    "Überwachungszeit für Getriebeeingriff (nur ZW-Eingriff)"
    VALUE
    0x813122
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813122  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_KLIMADEADCTR
    ""
    VALUE
    0x8100FA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_KOM1CLDEAD
    ""
    VALUE
    0x8100FB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_MSVOK
    "Wartezeit bis Drehzahlbegrenzung ungültig"
    VALUE
    0x8296DC
    KwUw
    6543.500
    t_q0p1
    10.00000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NEGE
    "Zeit für Erkennung Nachrichtenunterbrechung Getriebe-Botschaft"
    VALUE
    0x819273
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819273  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMAIR
    "Timeoutzeit für Airbagbotschaft"
    VALUE
    0x8100FC
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100FC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMAIRTA
    "verlängerte Timeoutzeit für Airbagbotschaft"
    VALUE
    0x8100FD
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100FD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMASR
    "Filterzeit bis Erkennung der Kommunikationsunterbrechung zu Knoten ASR"
    VALUE
    0x810327
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810327  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMASRTA
    "DCAN Timeoutzeit ASR Botschaft"
    VALUE
    0x810328
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810328  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMBR3
    "CAN : Timeoutzeit für Botschaft Bremse 3"
    VALUE
    0x810329
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810329  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMBSG
    "Timeoutzeit BSG-Botschaft"
    VALUE
    0x819274
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819274  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMEGS
    "Filterzeit bis Erkennung der Kommunikationsunterbrechung zu Knoten EGS"
    VALUE
    0x8100FE
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100FE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMGRA
    "Fehlerzeit GRA-Botschaft"
    VALUE
    0x81032E
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81032E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMGRAD
    "Entprellzeit für Botschaftsausfall bei Ub <10,8V"
    VALUE
    0x81032F
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81032F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMGRATA
    "Timeoutzeit GRA-Botschaft"
    VALUE
    0x810330
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810330  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMKBI
    "DCAN Timeoutzeit Kombi Botschaft"
    VALUE
    0x819275
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819275  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMKBI1
    "Timeoutzeit Botschaft Kombi1"
    VALUE
    0x8100FF
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8100FF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMKBI23
    "Timeoutzeit Botschaft Kombi2 und 3"
    VALUE
    0x819276
    KwUb
    102.0
    t400msxs_ub_b102
    0.00
    102.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819276  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMKLA
    "Timeoutzeit Botschaft Clima1"
    VALUE
    0x810100
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810100  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMLWS
    "CAN Timeoutzeit Lenkwinkelsensor Botschaft"
    VALUE
    0x810101
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810101  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_SFSEN
    "Zeit nach Startende für Auswertung Fahrstufe S_fs"
    VALUE
    0x813124
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813124  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_WAITNMAX
    "Wartezeit bis Drehzahlbegrenzung aktiv"
    VALUE
    0x8296DE
    KwUw
    6523.500
    t_q0p1
    30.00000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UABFEND
    "Korrekturspannung zur Kompensation der Ohm'schen Leitungsverluste"
    VALUE
    0x828A26
    KwUw
    1823.511
    spg_ub_b28p5_w
    0.00
    1823.511

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UADPSMN
    "min. Spannungswert für Diagnose Drucksensor"
    VALUE
    0x8195CF
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UADPSMX
    "max. Spannungswert für Diagnose Drucksensor"
    VALUE
    0x8195D0
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UADPUMN
    "min. Spannungswert für Diagnose Drucksensor"
    VALUE
    0x8195D4
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UADPUMX
    "max. Spannungswert für Diagnose Drucksensor"
    VALUE
    0x8195D5
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRAUFRP
    "Schrittweite für AUF-Rampe"
    VALUE
    0x81B332
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B332  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGROEL
    "Elektrischer Offset auf unteren mech. Anschlag AGR-Ventil"
    VALUE
    0x81B334
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B334  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGROEMX
    "Maximale Spannungsdifferenz zwischen Offset-und Positionsspannung"
    VALUE
    0x81B436
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B436  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGROMAX
    "obere Toleranzgrenze der Nullpunktspannung des Lagesensors"
    VALUE
    0x81B336
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B336  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGROMIN
    "untere Toleranzgrenze der Nullpunktspannung des Lagesensors"
    VALUE
    0x81B338
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B338  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGROMN
    "unterer Diagnosewert der Offsetspannung des Lagesensors"
    VALUE
    0x81B438
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B438  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGROMX
    "oberer Diagnosewert der Offsetspannung des Lagesensors"
    VALUE
    0x81B43A
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B43A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRPLOS
    "Spannungsoffset zur Erkennung des Loslösens"
    VALUE
    0x81B33A
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B33A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRPMAX
    "max. zul. Potispannung im Arbeitsbereich"
    VALUE
    0x81B33C
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B33C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRPMN
    "untere Diagnoseschwelle zur Erkennung Min-Fehler Lagesensor"
    VALUE
    0x81B43C
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B43C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRPMX
    "obere Diagnoseschwelle zur Erkennung Max-Fehler Lagesensor"
    VALUE
    0x81B43E
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B43E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRPTOL
    "Spannungstoleranz des unteren Anschlags"
    VALUE
    0x81B33E
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B33E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRSTORE
    "Schwelle für Abspeicherung neuer Lernwerte"
    VALUE
    0x81B340
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B340  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRSTOREN
    "Schwelle f|r nicht Abspeichern neuer Lernwert"
    VALUE
    0x81B342
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B342  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRZURP
    "Schrittweite für ZU-Rampe"
    VALUE
    0x81B344
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B344  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAGRZURP2
    "Schrittweite f|r Zu-Rampe"
    VALUE
    0x81B346
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B346  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANAUFRP
    "Schrittweite für AUF-Rampe"
    VALUE
    0x8136B2
    KwUw
    0.9994659
    relDK_uw_b100
    0.00
    0.9994659

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANNMAX
    "Motordrehzahlschwelle für Freigabe UMA-Lernen und Verstärkerabgleich"
    VALUE
    0x810252
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810252  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANPEDMAX
    "Pedalschwelle für UMA-Lernen erlaubt"
    VALUE
    0x810253
    KwUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810253  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANPIDMIN
    "Abbruchschwelle PID-Summe für ZU-Rampe"
    VALUE
    0x8136B4
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANPIDMINA
    "Abbruchschwelle PID-Summe für AUF-Rampe"
    VALUE
    0x8136B6
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANUATS
    "untere Ansauglufttemperaturschwelle für Lernfreigabe"
    VALUE
    0x810254
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810254  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANVFZG
    "Geschwindigkeitssschelle für DV-E-Prüfung/Lernroutine"
    VALUE
    0x810255
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810255  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANZURP
    "Schrittweite für ZU-Rampe"
    VALUE
    0x8136B8
    KwUw
    0.05004883
    spg_q1p221_mV
    0.00
    0.05004883

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAN_O_MT
    "obere Motortemperaturschwelle für Anschlag"
    VALUE
    0x810256
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810256  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAN_STORE
    "Schwelle für Abspeicherung neuer Lernwerte"
    VALUE
    0x8136BA
    KwUw
    0.05004883
    spg_q1p221_mV
    0.00
    0.05004883

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAN_U_MT
    "untere Motortemperaturschwelle für Lernfreigabe"
    VALUE
    0x810257
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810257  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAOCUNMN
    "untere plausible IC-Ausgangsspannung UA zum Erkennung einer Unterbrechung an UN"
    VALUE
    0x82EABC
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EABC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAOCUNMX
    "obere plausible IC-Ausgangsspannung UA zum Erkennung einer Unterbrechung an UN"
    VALUE
    0x82EABE
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EABE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAOCVMMN
    "untere plausible IC-Ausgangsspannung UA zum Erkennung einer Unterbrechung an VM"
    VALUE
    0x82EAC0
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAOCVMMX
    "obere plausible IC-Ausgangsspannung UA zum Erkennung einer Unterbrechung an VM"
    VALUE
    0x82EAC2
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UASNAMN
    "Untere Schwelle zur Erkennung Sondenleitungsunterbrechung IP"
    VALUE
    0x82EAC4
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UASNAMX
    "Obere Schwelle zur Erkennung Sondenleitungsunterbrechung IP"
    VALUE
    0x82EAC6
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBAAGRMN
    "minimale Batteriespannung für Ansteuerung des AGR-Ventils (komponentenschutz)"
    VALUE
    0x819116
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819116  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBAAGRMX
    "maximale Batteriespannung für Ansteuerung des AGR-Ventils (Komponentenschutz)"
    VALUE
    0x819117
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819117  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBALSUMX
    "Batteriespannungsschwelle für Abschalten der Sondenheizung LSU"
    VALUE
    0x811420
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811420  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDE
    "Ubatt - Ersatzwert bei defektem AD - Kanal"
    VALUE
    0x813658
    KwUw
    1153.416
    spg_ubatt_w
    0.00
    1153.416

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813658  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDHELSUMN
    "minimaler Grenzwert betr. ubsq_w"
    VALUE
    0x8194A0
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDHELSUMX
    "maximaler Grenzwert betr. ubsq_w"
    VALUE
    0x8194A1
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDMN1
    "Batteriespannung min. (Netz)"
    VALUE
    0x8101F5
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDMN2
    "Batteriespannung min. (ADC)"
    VALUE
    0x8101F6
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDMN3
    "Batteriespannung, untere Schwelle für Umschaltung auf Nachlaufwertübernahme"
    VALUE
    0x8101F7
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDMX
    "Batteriespannung max."
    VALUE
    0x8101F8
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDTEMN
    "Minimale Batteriespannung zum Start DTEV"
    VALUE
    0x82EDF0
    KwUw
    25.59961
    spg_q0p00039
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDTEMX
    "Maximale Batteriespannung zum Start DTEV"
    VALUE
    0x82EDF2
    KwUw
    25.59961
    spg_q0p00039
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDTRDE
    "Batteriespannungsabfall für Erkennung 'Starter eingerückt'"
    VALUE
    0x8193B3
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHNOEOFF
    "Spannungsschwelle Heizung NOx Fehler freigeben"
    VALUE
    0x827FB4
    KwUw
    1823.511
    spg_ub_b28p5_w
    0.00
    1823.511

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHNOHMN
    "min. Batteriespannung für Endstufendiagnose"
    VALUE
    0x810340
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810340  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHNOHMX
    "max. Batteriespannung für Endstufendiagnose"
    VALUE
    0x810341
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810341  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHRLSUMN
    "Minimale Versorgungsspannung für die Diagnose DHRLSU / DHRLSUE"
    VALUE
    0x81949C
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81949C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHRLSUMX
    "Maximale Versorgungsspannung für die Diagnose DHRLSU"
    VALUE
    0x81949D
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81949D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBKST
    "Ubat-Schwelle für ZUBKSTMX"
    VALUE
    0x8103E1
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBKSTMX
    "Anzahlschwelle Ubat unter UBKST für Adaptionssperrung"
    VALUE
    0x8103E2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBMNPUP
    "Mindest-Bordspannung für pullup-Ansteuerung"
    VALUE
    0x81A0F4
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBMSVMX
    "Maximal erlaubte Batteriespannung Betrieb MSV"
    VALUE
    0x81A15E
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A15E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBNACHL
    "Ub-Ersatzwert im Nachlauf"
    VALUE
    0x81365A
    KwUw
    1153.416
    spg_ubatt_w
    0.00
    1153.416

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81365A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBNLMN
    "Minimale Batterie-Sollspannung"
    VALUE
    0x81AA38
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA38  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBNOHKMN
    "Minimale Spannungsschwelle für NOx Sensorbetriebsspannung (ubsq)"
    VALUE
    0x828C60
    KwUw
    1823.511
    spg_ub_b28p5_w
    0.00
    1823.511

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBNOHKMX
    "Maximale Spannungsschwelle für NOx Sensorbetriebsspannung (ubsq)"
    VALUE
    0x828C62
    KwUw
    1823.511
    spg_ub_b28p5_w
    0.00
    1823.511

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828C62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRDMN1
    "untere Grenze Bordnetzspannung über Hauptrelais, Erkennung Lastabfall"
    VALUE
    0x8194B3
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRDMN2
    "untere Grenze Bordnetzspannung über Hauptrelais"
    VALUE
    0x8194B4
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRDMX
    "obere Grenze Bordnetzspannung über Hauptrelais"
    VALUE
    0x8194B5
    KwUb
    28.38
    spg_ub_b28p5
    0.00
    28.38

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRDUNL
    "Schwellwert für Unplausibilität der Bordnetzspannung über Hauptrelais (im Nachl)"
    VALUE
    0x8194B6
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRESMIN
    "untere Grenze Bordnetzspannung über Hauptrelais für Freigabe der Einspritzung"
    VALUE
    0x8103AA
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRREF
    "Referenzwert Bordspannung hinter Hauptrelais für Ladestromumschaltung Booster"
    VALUE
    0x81952A
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81952A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSOLL
    "Sollwert der Batteriespannungsregelung"
    VALUE
    0x8195CB
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSQAGRMN
    "Minimale Hauptrelaisspannung fuer AGR-Endstufendiagnose"
    VALUE
    0x81962B
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81962B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSQAGRMX
    "Maximale Hauptrelaisspannung fuer AGR-Endstufendiagnose"
    VALUE
    0x81962C
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81962C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSQLBK
    "Spannungsschwelle für Freigabe Offset-Adaption der LBK"
    VALUE
    0x819628
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819628  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSTS
    "Schwelle zur Erkennung UBatt-Einbruch im Start"
    VALUE
    0x81AF41
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF41  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBVDKPO
    "Batteriespannungsschwelle für Umschaltung auf verstärktes Signal von DK-Poti 1"
    VALUE
    0x81023B
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBVDKPU
    "Batteriespannungsschwelle für Umschaltung auf unverstärktes Signal von DK-Poti 1"
    VALUE
    0x81023C
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UB_UANL
    "Batteriespannungsschwelle für Lernfreigabe"
    VALUE
    0x810258
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810258  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDCJ830MN
    "Minimale UBat-Schwelle für Freigabe der CJ830-Endstufendiagnose"
    VALUE
    0x819566
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819566  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDCJ830MX
    "Maximale UBat-Schwelle für Freigabe der CJ830-Endstufendiagnose"
    VALUE
    0x819567
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819567  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKNLP1N
    "Nennwert-Spannung DK-Poti 1 in NLP-Stellung"
    VALUE
    0x8136BC
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKNLP2N
    "Nennwert-Spannung DK-Poti 2 in NLP-Stellung"
    VALUE
    0x8136BE
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKNLPTOL
    "zulässige Potispannungs-Toleranz des NLP"
    VALUE
    0x813732
    KwUw
    80.08377
    spg_uw_q0p001222
    0.00
    80.08377

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813732  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1AMAX
    "max. Spannung DK-Poti 1 am unteren DK-Anschlag"
    VALUE
    0x8136C0
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1AMIN
    "min. Spannung DK-Poti 1 am unteren DK-Anschlag"
    VALUE
    0x8136C2
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1AURI
    "Spannung DK-Poti 1 am unt. DK-Anschlag, Initial. Wert"
    VALUE
    0x8136C4
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1DUS
    "Nennumschaltschwelle zur DK-Poti-1-Umschaltung"
    VALUE
    0x810259
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810259  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1NHUB
    "Nennhub der Drosselklappe im DV-E, (Poti 1)"
    VALUE
    0x8136C6
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1O
    "Maximale zulässige Spannung von DK-Poti 1"
    VALUE
    0x81023D
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1U
    "Minimale zulässige Spannung von DK-Poti 1"
    VALUE
    0x81023E
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VID
    "Nennverstärkung für DK-Poti 1"
    VALUE
    0x8136C8
    KwUw
    7.996094
    fak_q0p0039
    0.00
    7.996094

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VOMA
    "max. Offsetfehler für DK-Poti-1-Verstärker"
    VALUE
    0x8136CA
    KwSw
    5.004090
    spg_sw_q0p001222
    0.00
    5.004090

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VOMI
    "min. Offsetfehler für DK-Poti-1-Verstärker"
    VALUE
    0x8136CC
    KwSw
    5.004090
    spg_sw_q0p001222
    -5.004090
    0.00

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VOSC
    "unt. Grenze für ob. Abgleichpkt. DK-Poti 1"
    VALUE
    0x8136CE
    KwUw
    4.995117
    spg_uw_q0p00488
    0.00
    4.995117

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VUSC
    "ob. Grenze für unt. Abgleichpkt. DK-Poti 1"
    VALUE
    0x8136D0
    KwUw
    4.995117
    spg_uw_q0p00488
    0.00
    4.995117

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VVMA
    "ob. Wert Verstärkungsfehler für Verstärker"
    VALUE
    0x8136D2
    KwUw
    7.996094
    fak_q0p0039
    0.00
    7.996094

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VVMI
    "unt. Wert Verstärkungsfehler für Verstärker"
    VALUE
    0x8136D4
    KwUw
    7.996094
    fak_q0p0039
    0.00
    7.996094

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2AMAX
    "max. Spannung DK-Poti 2 am unteren DK-Anschlag"
    VALUE
    0x8136D6
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2AMIN
    "min. Spannung DK-Poti 2 am unteren DK-Anschlag"
    VALUE
    0x8136D8
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2AURI
    "Spannung DK-Poti 2 am unt. DK-Anschlag, Initial. Wert"
    VALUE
    0x8136DA
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2O
    "Maximale zulässige Spannung von DK-Poti 2"
    VALUE
    0x81023F
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2U
    "Minimale zulässige Spannung von DK-Poti 2"
    VALUE
    0x810240
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810240  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKPALOS
    "Spannungsoffset zur Erkennung des Loslösens"
    VALUE
    0x8136DC
    KwUw
    0.4003906
    spg_q1p221_mV
    0.00
    0.4003906

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKPAOFF
    "Spannungsoffset am unteren Anschlag"
    VALUE
    0x8136DE
    KwUw
    0.05004883
    spg_q1p221_mV
    0.00
    0.05004883

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKPATMX
    "max. möglicher Offset der temp. UMA-Adaption"
    VALUE
    0x8136E0
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKRGOFS
    "Spannungsschwelle für DIA/KR Grundoffset Verstärker"
    VALUE
    0x8106DC
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKRTP
    "Integratorspannungsschwelle für Dia KS - Auswerteschaltung Testimpuls"
    VALUE
    0x8106DE
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKSNO
    "Obere Referenzspannungsschwelle DIA KS"
    CURVE
    0x82CA3E
    GklWUw
    319.9813
    spg_uw_b1280
    0.00
    319.9813

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA3E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKSNU
    "untere Referenzspannungsschwelle DIA KS"
    CURVE
    0x82CA5E
    GklWUw
    319.9813
    spg_uw_b1280
    0.00
    319.9813

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CA5E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDSBKVMN
    "min. Spannungswert für Diagnose DS Bremskraftverstärker"
    VALUE
    0x81AF3B
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF3B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDSBKVMX
    "max. Spannungswert für Diagnose DS Bremskraftverstärker"
    VALUE
    0x81AF3C
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF3C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UEVERG
    "Übersetzungsverhältnis abh. vom eingelegten Gang"
    CURVE
    0x810789
    FklWUb
    31.88
    fak_ub_b32
    0.00
    31.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810789  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    UGGTMN
    "Minimaler Spannungswert über dem Temperatursensorelement"
    VALUE
    0x82BC04
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UGGTMX
    "Maximaler Spannungswert über dem Temperatursensorelement"
    VALUE
    0x82BC06
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UGGTNVKMX
    "Maximal zulässige Spannung in der Kennlinie"
    VALUE
    0x81A0F9
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHEHY
    "Hysterese Heizpoti für Heizanforderung"
    VALUE
    0x819219
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819219  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHNOHEMN
    "min. Heizungsspannung"
    VALUE
    0x810342
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810342  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHNOHEMX
    "max. Heizungsspannung"
    VALUE
    0x810343
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810343  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMN1
    "untere Grenze HR-Spannung, Erkennung Kurzschl. n. Masse"
    VALUE
    0x8194B7
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMN2
    "untere Grenze HR-Spannung, Erkennung Signalfehler"
    VALUE
    0x8194B8
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMX1
    "obere Grenze HR-Spannung"
    VALUE
    0x8194B9
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMX2
    "obere Grenze HR-Spannung, Erkennung Kurzschl. n. ub."
    VALUE
    0x8194BA
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UKDSBKSMN
    "minimale Spannung des Kraftstoffdrucksensors"
    VALUE
    0x829F28
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UKDSBKSMX
    "maximale  Spannung des Kraftstoffdrucksensors"
    VALUE
    0x829F2A
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UKDSEMN
    "Spannung Kraftstoffdrucksensor min.- Grenze für Erkennung Eingangsfehler"
    VALUE
    0x829ED0
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ED0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UKDSEMX
    "Spannung Kraftstoffdrucksensor max.- Grenze für Erkennung Eingangsfehler"
    VALUE
    0x829ED2
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ED2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ULBKMN
    "min. Schwelle der LBK-Lagerückmeldung"
    VALUE
    0x82A8BC
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ULBKMX
    "max. Schwelle der LBK-Lagerückmeldung"
    VALUE
    0x82A8BE
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ULBKOFS
    "Offsetwert für Potispannung der LBK"
    VALUE
    0x82A8D0
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ULBKOFSEMN
    "min. Offset der Potispannung der LBK durch Einbautoleranz für Fehlereintrag"
    VALUE
    0x829FF8
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ULBKOFSEMX
    "max. Offset der Potispannung der LBK durch Einbautoleranz"
    VALUE
    0x829FFA
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ULBKOFSMN
    "min. zul. Offset der Potispannung der LBK durch Einbautoleranz"
    VALUE
    0x82A8D2
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ULBKOFSMX
    "max. Offset der Potispannung der LBK durch Einbautoleranz"
    VALUE
    0x82A8D4
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UMECRST_TV_UM
    ""
    VALUE
    0x814002
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814002  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UMRST_TV_UM
    ""
    VALUE
    0x814003
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814003  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UMSRLNMN
    "min. umsrln_w für Sollmassenstromberechnung"
    VALUE
    0x814D4E
    KwUw
    32.76750
    m_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UNOACSCHW
    "Spannungsschwelle für Aktivitätsüberwachung"
    VALUE
    0x828CD6
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828CD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UNOPMX
    "Max. Pumpspannung für Regelung aktiv"
    VALUE
    0x828A28
    KwSw
    51.19922
    spg_q0p78125Em3
    -25.60000
    25.59922

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UNOPOG
    "Obergrenze Pumpspannung für B_nobb"
    VALUE
    0x828A2A
    KwSw
    51.19922
    spg_q0p78125Em3
    -25.60000
    25.59922

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UNOPUG
    "Untergrenze Pumpspannung für B_nobb"
    VALUE
    0x828A2C
    KwSw
    51.19922
    spg_q0p78125Em3
    -25.60000
    25.59922

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UNOSMN
    "Untere Grenze NOx-Spg-Signal OBD1"
    VALUE
    0x828B06
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UNOSNOHMN
    "Untere Schwelle Toleranzband NOx-Signal ohne Heizung"
    VALUE
    0x828B08
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UNOSNOHMX
    "Obere Schwelle Toleranzband NOx-Signal ohne Heizung"
    VALUE
    0x828B0A
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UO2NOHKMX
    "Obere Grenze Lambda-Signal aus NOx-Sensor OBD1"
    VALUE
    0x828B0C
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UO2NOHMN
    "Minimales O2-Spg-Signal ohne Heizung"
    VALUE
    0x828B0E
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UO2NOHMX
    "Maximales O2-Spg-Signal ohne Heizung"
    VALUE
    0x828B10
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UO2SMN
    "Untere Grenze O2-Spg-Signal OBD1"
    VALUE
    0x828B12
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPRMMNPL
    "Minimalwert für plausibles uprm_w"
    VALUE
    0x814D92
    KwUw
    19.99969
    spg_q3p052em4
    0.00
    19.99969

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPRMMXPL
    "Maximalwert für plausibles uprm_w"
    VALUE
    0x814D94
    KwUw
    19.99969
    spg_q3p052em4
    0.00
    19.99969

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPVGNENN
    "Nennwert für DV-E Potiversorgungsspannung"
    VALUE
    0x8296D2
    KwUw
    1.000000
    dez
    65534.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPW1BE
    "Spannung PWG-Poti 1 für Durchführung der Bewegungserkennung"
    VALUE
    0x81020F
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81020F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPW1LLMX
    "Maximale Spannung von Poti 1 im Leergaspunkt"
    VALUE
    0x810210
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810210  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG12U
    "Untere Begrenzung PWG-Poti-Spannung vor Vergleich Poti 1 und 2"
    VALUE
    0x810211
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810211  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG1O
    "Obere Schranke für PWG-Poti-1-Spannung"
    VALUE
    0x810212
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810212  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG1U
    "Untere Schranke für PWG-Poti-1-Spannung"
    VALUE
    0x810213
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810213  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG2O
    "Obere Schranke für PWG-Poti-2-Spannung"
    VALUE
    0x810214
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810214  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG2U
    "Untere Schranke für PWG-Poti-2-Spannung"
    VALUE
    0x810215
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810215  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGKDMN
    "Untere Grenze der PWG-Poti-Spannung für Toleranzbereich der Kick-Down-Position"
    VALUE
    0x81369A
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81369A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGKDMX
    "Obere Grenze der PWG-Poti-Spannung für Toleranzbereich der Kick-Down-Position"
    VALUE
    0x81369C
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81369C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGKDO
    "Oberer Hysterese-Schaltpunkt zur Kick-Down-Erkennung aus Potispannung"
    VALUE
    0x8296CE
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGKDU
    "Unterer Hysterese-Schaltpunkt zur Kick-Down-Erkennung aus Potispannung"
    VALUE
    0x8296D0
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGO
    "Oberer PWG-Spannungswert für Umnormierung auf Pedalwert"
    VALUE
    0x810216
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810216  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGTG
    "PWG-Spannungsschwelle für Teilgasbereich"
    VALUE
    0x810217
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810217  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGTL
    "Teillastschwelle der PWG-Spannung in Hochohmigkeitsprüfung"
    VALUE
    0x810218
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810218  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGU
    "Unterer PWG-Spannungswert für Umnormierung auf Pedalwert"
    VALUE
    0x810219
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810219  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGUBF
    "Unterer Spannungswert zur Umnormierung bei erkanntem Bewegungsfehler"
    VALUE
    0x81021A
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81021A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGUR
    "Reduzierter unterer PWG-Spannungswert für Umnormierung auf Pedalwert"
    VALUE
    0x81021B
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81021B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGVG
    "PWG-Spannungsschwelle für Vollgasbereich"
    VALUE
    0x81021C
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81021C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWKDDF
    "Defaultwert PWG-Poti-Spannung für gelernte Kick-Down-Position"
    VALUE
    0x81369E
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81369E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWMCS
    "Ubatt-Schwelle für Diagnose Crash-Signal"
    VALUE
    0x81B0F5
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    URINOFF
    "CJ120-Spannung bei LSU-Nernstwiderstand rinlsu_w = 0"
    VALUE
    0x8168F0
    KwUw
    5.000000
    spg_q0p00488
    0.00
    5.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    URINOIN
    "Initialisierung Filter Innenwiderstand von NOx-Sensor"
    VALUE
    0x8135DE
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    URLUF_T_UC
    "Verzögerung für Rückschaltung von Überwachung auf Basis Luftmasse im Befehlstest"
    VALUE
    0x810DB6
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DB6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    URLUF_T_UM
    "Verzögerung für Rückschaltung von Überwachung auf Basis Luftmasse"
    VALUE
    0x8140E1
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USABGL
    "LSU-Spannung bei Pumpstrom Null"
    VALUE
    0x816842
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816842  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKAMNW
    "Sondenspannung hinter Kat für Erkennung Kat ist mit O2 gefüllt (Word)"
    VALUE
    0x82E95A
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E95A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKAMXW
    "Sondenspannung hinter Kat für Abbruch Kat-Ausräumen (Word)"
    VALUE
    0x82E95C
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82E95C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKDSF
    "Fettschwelle  im Modus Desulfatisieren"
    VALUE
    0x816762
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816762  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKDSM
    "Magerschwelle  im Modus Desulfatisieren"
    VALUE
    0x816764
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816764  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKFM
    "Spannung Sonde hinter Katalysator bei Übergang Fett-Mager"
    VALUE
    0x813614
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813614  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKFT
    "Sondenspannungs-Schwelle für Erkennung ""Abgas fett"" hinter Kat"
    VALUE
    0x82EAF8
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKLAM
    "Schwellwert für Sondenspannung hinter KAT im Schichtbetrieb oder Homogen-Mager"
    VALUE
    0x827FEC
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKMR
    "Sondenspannungs-Schwelle für Erkennung ""Abgas mager"" hinter Kat"
    VALUE
    0x82EAFA
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EAFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKMX
    "Obere Schwelle  für Lambda-Sondenspannung hinter Katalysator"
    VALUE
    0x81FBCA
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKNOS
    "Lambda-Sprungsignal über NOx-Sensor-Nernstzelle"
    CURVE
    0x8284FE
    KlAUwSstUwWUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284FE  0x56  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uuvpnohk_w
        spg_uw_q0p00488
        21
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKOS
    "oberer Sondenspannungsschwellwert"
    VALUE
    0x81FBCC
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKTDM
    "Magerschwelle der hinteren Sonde bei Katdiagnose"
    VALUE
    0x81947F
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81947F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKTDR
    "Schwelle hintere Sondenspannung für Referenzmessung"
    VALUE
    0x819480
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819480  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKTDRX
    "Maximalwert der hinteren Sondenspannung für Referenzmessung"
    VALUE
    0x819481
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819481  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKUS
    "unterer Sondenspannungsschwellwert"
    VALUE
    0x81FBCE
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKVL
    "Schwellwert für Sondenspannung hinter KAT im Vollast-Betrieb"
    VALUE
    0x827FEE
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHLEAN
    "Schwelle für Magerspannung für Reset Dynamikmessung der Sonde hinter KAT"
    VALUE
    0x8101ED
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHLEANNO
    "Schwelle für Magerspg.  für Reset Dynamikmessung der Sonde h. KAT für BDE"
    VALUE
    0x8101EE
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHRICH
    "Schwelle für Fettspannung für gültige Dynamikmessung der Sonde hinter KAT"
    VALUE
    0x8101EF
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHRICHNO
    "Schwelle für Fettspannung für gültige Dynamikmessung der Sonde h.  KAT für BDE"
    VALUE
    0x8101F0
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHSTGMX
    "Wert für maximale Steigung für Startwert Filter"
    VALUE
    0x81943D
    KwUb
    132.6
    spgg_q0p52
    0.00
    132.6

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81943D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHSTGMXNO
    "Wert für maximale Steigung für Startwert Filter  für BDE"
    VALUE
    0x81943E
    KwUb
    132.6
    spgg_q0p52
    0.00
    132.6

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81943E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHSTSOLL
    "Schwelle für zulässige Steigung der Sondenspannung hinter KAT"
    VALUE
    0x81943F
    KwUb
    132.6
    spgg_q0p52
    0.00
    132.6

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81943F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHSTSOLLN
    "Schwelle für zulässige Steigung der Sondenspannung hinter KAT für BDE"
    VALUE
    0x819440
    KwUb
    132.6
    spgg_q0p52
    0.00
    132.6

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819440  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USIVMAXH
    "Init value für max.Sondenspg. hinter Kat nach Powerfail u. Fehlersp. löschen"
    VALUE
    0x8196A3
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USIVMINH
    "Init value für min.Sondenspg. hinter Kat nach Powerfail u. Fehlersp. löschen"
    VALUE
    0x8196A4
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMNSHMN
    "min. erkannte Sondenspannung hinter Kat für Signalausgabe (min. plaus. Wert)"
    VALUE
    0x8196A5
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMNSHMX
    "min. erkannte Sondenspannung hinter Kat für Signalausgabe (max. plaus. Wert)"
    VALUE
    0x8196A6
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMXSHMN
    "max. erkannte Sondenspannung hinter Kat für Signalausgabe (min. plaus. Wert)"
    VALUE
    0x8196A7
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMXSHMX
    "max. erkannte Sondenspannung hinter Kat für Signalausgabe (max. plaus. Wert)"
    VALUE
    0x8196A8
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USRHKSHJ
    "Regelschwelle für Regelung hinter Kat, DLSSA-Ausgabe umgerechn. Wert"
    VALUE
    0x8196A9
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USRJ
    ""
    VALUE
    0x8196AA
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USSCHUB
    "Schwelle für Sondenspannung hinter KAT nach Schub"
    VALUE
    0x819441
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819441  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UUNOHKMX
    "Maximal zulässige Spannung"
    VALUE
    0x828B14
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UUVSMN
    "Untere Grenze Sensorspannung OBD1"
    VALUE
    0x828B16
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UUVSNOHMN
    "Unterer Schwellwert ohne NOx-Sensorheizung"
    VALUE
    0x828B18
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UUVSNOHMX
    "Oberer Schwellwert ohne NOx-Sensorheizung"
    VALUE
    0x828B1A
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UUVSSBMN
    "Minimale Vs-Spannung mit Heizerspannung"
    VALUE
    0x828B1C
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UUVSSBMX
    "Obere Sollbandtoleranz für Vs-Signal, entspricht 600mV"
    VALUE
    0x828B1E
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UVPHKOG
    "Obere Schwelle für Sondenspannung hinter Katalysator"
    VALUE
    0x8135E0
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UVPMN
    "Minimaler Wert für Vp-Spg-Signal"
    VALUE
    0x828B20
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UVPMX
    "Maximaler Wert für Vp-Spg-Signal"
    VALUE
    0x828B22
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UVPNOHMX
    "Obere Toleranzschwelle des Vp-Signals"
    VALUE
    0x828B24
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UVSNOHON
    "Spannungsschwelle der Vs-Zelle zum Freigeben der Heizungsregelung"
    VALUE
    0x828B26
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VABSCH
    "Vmax-Regler-Abschaltschwelle, variantenkodiert"
    VALUE
    0x816370
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816370  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VAGRSS
    "Geschwindigkeit für Sollwert-Steuerung AGR"
    VALUE
    0x819122
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819122  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VANF
    "Geschwindigkeitsschwelle für Anfahrhilfe"
    VALUE
    0x810856
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810856  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VANZKBI
    "Kombiausgabe Anzahl Ventil"
    VALUE
    0x810102
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810102  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VARAU
    "minimale Fahrzeuggeschwindigkeit für ARA - Funktion"
    VALUE
    0x810961
    KwUb
    317.5
    fak_ub_b318p75
    0.00
    317.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810961  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VARDEF
    "Default Variante für Variantencodierung"
    VALUE
    0x815088
    KwUw
    32767.00
    dez
    0.00
    32767.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815088  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VARTAB
    "Tabelle der zuläßigen Varianten"
    VAL_BLK
    0x82EEBE
    KwbUw
    32767.00
    dez
    0.00
    32767.00

    FORMAT "%8.2"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x82EEBE  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VBKLHO
    "obere Fz-Geschwindigkeitsschwelle für Bedingung Kühlleistung hoch"
    VALUE
    0x81A0F5
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VBKLHU
    "untere Fz-Geschwindigkeitsschwelle für Bedingung Kühlleistung hoch"
    VALUE
    0x81A0F6
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VBKLNO
    "obere Fz-Geschwindigkeitsschwelle für Bedingung Kühlleistung niedrig"
    VALUE
    0x81A0F7
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VBKLNU
    "untere Fz-Geschwindigkeitsschwelle für Bedingung Kühlleistung niedrig"
    VALUE
    0x81A0F8
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VCRHOM
    "Mindestgeschwindigkeit für homogenes Cruisen"
    VALUE
    0x829672
    KwUw
    511.8984
    vfzg_uw_b512
    0.00
    511.8984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829672  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VCRUISE
    ""
    VALUE
    0x819498
    KwUb
    25.50
    vfzg_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819498  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VDASH
    "Mindestgeschwindigkeit für Dashpot"
    VALUE
    0x8109CF
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VDKUPPLMN
    "min. vfzg-Schwelle für Diagnose Kupplungsschalter"
    VALUE
    0x8194BE
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VDMN
    "Geschwindigkeitsschwelle; Fehlererkennung Geschwindigkeitssignal"
    VALUE
    0x827FF0
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFGREMAX
    "Maximale FGR-Einschaltgeschwindigkeit"
    VALUE
    0x8296E0
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFGREMIN
    "Minimale FGR-Einschaltgeschwindigkeit"
    VALUE
    0x8296E2
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFGRMAX
    "Maximal zulässige Geschwindigkeit im FGR-Betrieb"
    VALUE
    0x8296E4
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFGRMIN
    "Minimal zulässige Geschwindigkeit im FGR-Betrieb"
    VALUE
    0x8296E6
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGANF
    "Änderung Fahrzeuggeschwindigkeit bei Anfahren"
    VALUE
    0x828964
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828964  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGARZT
    "Untere v-Schwelle zur Best. streckenbezogener Nox-Rohemission"
    VALUE
    0x829674
    KwUw
    511.8984
    vfzg_uw_b512
    0.00
    511.8984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829674  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGCRHY
    "Hysterese zur Cruisingerkennung"
    VALUE
    0x829676
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829676  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGCRMN
    "Mindestgeschwindigkeit für Cruising"
    VALUE
    0x829678
    KwUw
    511.8984
    vfzg_uw_b512
    0.00
    511.8984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829678  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGDESU
    "Schwellwert für minimale Fahrgeschwindigkeit für Entschwefelung"
    VALUE
    0x81944F
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81944F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGEW
    "KMTR-Ersatzwert f. Fahrzeuggeschwindigkeit"
    VALUE
    0x81B0E4
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGGRH
    "Grenzwert Fahrzeuggeschwindigkeit zum Test obere Temperaturgrenze Hauptkat"
    VALUE
    0x828966
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828966  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGMN
    "minimale Fahrzeuggeschwindigkeit für Freigabe Diagnose TGET"
    VALUE
    0x828968
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828968  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGSA
    "Grenzgeschwindigkeit für Schubabschalten"
    VALUE
    0x82AFC0
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGSCH
    "Schwelle für Fahrzeuggeschwindigkeit"
    VALUE
    0x82F184
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F184  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGSUMN
    "Schwellwert für minimale Fahrgeschwindigkeit zur Aufheizung für Entschwefelung"
    VALUE
    0x819450
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819450  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGSUWMN
    "Weicher Schwellwert für minimale Fahrgeschw. zur Aufheizung für Entschwefelung"
    VALUE
    0x819451
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819451  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGWMMX
    "Fahrzeuggeschwindigkeitsschwelle"
    VALUE
    0x814F94
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZHA
    "Error-Default für vfzg in %BDEMHA"
    VALUE
    0x81921A
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81921A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZMN
    "Erkennen Fahren-Stehen"
    VALUE
    0x812D5A
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZR1O
    "Schwelle vfzroh_w für Umschaltung zfcnt von 1 auf ZFCNT1"
    VALUE
    0x812D5C
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZR1U
    "Schwelle vfzroh_w für Umschaltung zfcnt von ZFCNT1 auf 1"
    VALUE
    0x812D5E
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZR2O
    "Schwelle vfzroh_w für Umschaltung zfcnt von ZFCNT1 auf ZFCNT2"
    VALUE
    0x812D60
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZR2U
    "Schwelle vfzroh_w für Umschaltung zfcnt von ZFCNT2 auf ZFCNT1"
    VALUE
    0x812D62
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VHYST
    "Vmax-Hystereseschwelle, variantenkodiert"
    VALUE
    0x816372
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816372  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKAHMN
    "minimale Fz.-geschw. bei der Katheizen die Kat-Temperatur sicher erreicht"
    VALUE
    0x819452
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819452  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKO
    "Geschwindigkeitsschwelle für AC-Steuerung"
    VALUE
    0x81AF27
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF27  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKOAO
    "Obere Geschwindigkeitsschwelle für Kompressorabschaltung"
    VALUE
    0x81AF28
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF28  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKOB
    "Geschwindingkeitsschwelle für Ko-Steuerung in Beschleunigung"
    VALUE
    0x81AF29
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF29  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKSTEBF
    "Fördervolumen bei Erstbefüllung"
    VALUE
    0x82F242
    KwUw
    6553.500
    vol_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F242  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKSTPVLAB
    "Fördervolumen EKP Vorlauf aus Abstellzeit"
    CURVE
    0x82F244
    KlAUwSstUwWUw
    6553.500
    vol_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F244  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        4
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKSTPVLNL
    "Fördervolumen EKP Vorlauf aus Nachlaufzeit"
    VALUE
    0x82F256
    KwUw
    6553.500
    vol_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F256  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VLLR
    "Fahrzeuggeschwindigkeitsschwelle für Leerlaufregelung"
    VALUE
    0x8107B6
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VLMXVZ
    "Maximalwert für vlast_w"
    CURVE
    0x829920
    KlAUwSstUwWUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829920  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vziel_w
        vfzg_uw_q0p0078125
        6
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VLSD
    "Mindestgeschwindigkeit für Lastschlagdämpfung"
    VALUE
    0x8109D0
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMAXO
    "Vmax-Begrenzungswert (Linie mit 16 Varianten)"
    VALUE
    0x816374
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816374  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMAXP
    "P-Glied bei VMAX-Regelung"
    VALUE
    0x810B98
    KwUb
    99.70
    rel_ub_q0p391
    0.00
    99.70

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B98  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMDUB
    "Geschwindigkeitsschwelle min. für Batteriespannungs-Diagnose"
    VALUE
    0x8101F9
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMIBGR
    "v-Schwelle für Freigabe Momentenbegrenzung"
    VALUE
    0x81AA37
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA37  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMINAMSR
    "Geschwindigkeitschwelle für plausiblen MSR-Eingriff"
    VALUE
    0x813794
    KwUw
    324.9950
    vfzg_uw_b325
    0.00
    324.9950

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813794  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMINDO
    "Minimale Fahrzeuggeschwindigkeit für Freigabe Doppeleinspritzung Katheizen"
    VALUE
    0x81A179
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A179  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMIN_UC
    "Minimalgeschwindigkeit für FGR-Betrieb im Befehlstest"
    VALUE
    0x8166D2
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8166D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMIN_UM
    "Minimalgeschwindigkeit für FGR-Betrieb in der Funktionsüberwachung"
    VALUE
    0x8141EE
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMXHSPKH
    "Maximale Geschwindigkeit im LL für Anforderung von Homogen split zum Katheizen"
    VALUE
    0x82BFF8
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNMX
    "Geschwindigkeits-Schwelle für Aktivierung der erhöhten Drehzahlgrenze"
    VALUE
    0x81AA1A
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNOKAT
    "Volumen NOx-Speicherkatalysator"
    VALUE
    0x8193D4
    KwUb
    12.75
    vol_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNVKO
    "Gangerkennungschwelle für KO-Auschalten bei Vollast"
    VALUE
    0x82F136
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F136  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNVKOB
    "Gangerkennungschwelle für KO-Abschaltung bei Vollast"
    VALUE
    0x82F138
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82F138  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNVKVHK
    "Volumen zwischen Auslass Vorkat und Einlass Hauptkat"
    VALUE
    0x828E20
    KwUw
    19999.69
    vol_q0p306_cme3
    0.00
    19999.69

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828E20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VORSTF
    "Vorsteuerung bei fallendem Massenstrom"
    VALUE
    0x828A2E
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VORSTS
    "Vorsteuerung bei siegendem Massenstrom"
    VALUE
    0x828A30
    KwUw
    159.9976
    leist_q0p00244
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VP1KTREND
    "Spannung Sprungsignal NOx-Sensor hinter Katalysator für Regenerationsende bei KT"
    VALUE
    0x82896A
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82896A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VP1REGEND2
    "V Sprungsignal NOx-Sensor h. Speicherkat für Regenerationsende SB2-NOx-Sensor"
    VALUE
    0x82896C
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82896C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPAMN
    "Untere Bandgrenze vp-Signal für neue Knickpunktdifferenz"
    VALUE
    0x8135FC
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPAMPSCHW
    "Schwelle der Ampltude fuer VP Überwachung"
    VALUE
    0x81360C
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81360C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPAMX
    "Obere Bandgrenze vp-Signal für neue Knickpunktdifferenz"
    VALUE
    0x8135FE
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPAS
    "Max. Steigung vp-Signal für konstanten Magerbetrieb"
    VALUE
    0x828554
    KwSw
    49.99665
    spg_sw_q0p0007629
    -24.99871
    24.99794

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828554  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPHKMAG
    "Minimum vp-Signal hinter Speicherkatalysator für Bedingung mager"
    VALUE
    0x813600
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813600  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPHKSA
    "Lambda-Sprungsignal hinter Hauptkat bei Schubabschaltung"
    VALUE
    0x813602
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813602  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPKP1MN
    "Untere Bandgrenze vp-Signal für Ermittlung Knickpunkt1"
    VALUE
    0x813604
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813604  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPKP1MX
    "Obere Bandgrenze vp-Signal für Ermittlung Knickpunkt1"
    VALUE
    0x813606
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813606  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPMS
    "Magerschwelle vp-Signal"
    VALUE
    0x828556
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828556  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPOINIT
    "Initialwert für GGAGRV-Offsetfilter"
    VALUE
    0x81B348
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B348  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VREGLMAX
    "Maximal zulässige Sollgeschwindigkeit für FGR"
    VALUE
    0x8297D2
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VREGLMIN
    "Minimal zulässige Sollgeschwindigkeit für FGR"
    VALUE
    0x8297D4
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VRFGRMN
    "Untere Schwelle vroh_w für FGR-Abschaltung über vfzg_w = 0"
    VALUE
    0x812D64
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSAA
    "Geschwindigkeitsschwelle für SA-Drehzahlanhebung"
    VALUE
    0x810731
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810731  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSL
    "Fahrzeuggeschwindigkeitsschwelle für Kompensation Servolenkung"
    VALUE
    0x81A719
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A719  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSNOHKU
    "Vs-Spannung des NOx-Sensors"
    CURVE
    0x828558
    KlAUwSstUwWSw
    51.19922
    spg_q0p78125Em3
    -25.60000
    25.59922

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828558  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uuvsnohk_w
        spg_uw_q0p00488
        3
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSTMSVDTK
    "Verstärkung DT1 Glied in Vorsteuerung MSV"
    VALUE
    0x82BD98
    KwUw
    4.095937
    kw_q6p25Em5
    0.00
    4.095937

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BD98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSUSPF
    "Fahrgeschwindigkeit für Anfettung bei Schwefelbeladung"
    CURVE
    0x819453
    GklWUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819453  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        msusp_w
        m_q5p79em4
        8
        0.00
        37.92535

        AXIS_PTS_REF SSU08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSUSPZWM
    "zweckmäßige Geschwindigkeit für Entschwefelung"
    CURVE
    0x81945B
    GklWUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81945B  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        msusp_w
        m_q5p79em4
        8
        0.00
        37.92535

        AXIS_PTS_REF SSU08SKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VTUMTA
    "Schwelle Fahrzeuggeschwindigkeit für Bestimmung Umgebungstemperatur"
    VALUE
    0x81A12A
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A12A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VVORH
    "Vmax-Vorhaltschwelle, variantenkodiert"
    VALUE
    0x816376
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816376  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VVR_AOG
    "oberer Grenzwert Anpassung V-Verriegelung"
    VALUE
    0x810722
    KwSb
    255.0
    vfzg_q1p0
    -128.0
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810722  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VVR_AUG
    "unterer Grenzwert Anpassung V-Verriegelung"
    VALUE
    0x810723
    KwSb
    255.0
    vfzg_q1p0
    -128.0
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810723  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VWE
    "Gezwindigkeitsschwelle für Drehzahlgradient nwe Kuppl. offen"
    VALUE
    0x810732
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810732  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VWPMBBR
    "Mindestgeschwindigkeit für Pedalwertbegrenzung bei betätigter Bremse"
    VALUE
    0x81021D
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81021D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VZWKR
    "Zündwinkelverstellung durch VS100, INCA"
    VAL_BLK
    0x81A49F
    KwbSb
    40.50
    zw_sb_q0p75
    -20.25
    20.25

    FORMAT "%5.2"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x81A49F  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VZWM
    "zweckmäßige Geschwindigkeit für Entschwefelung bei Testereingriff"
    VALUE
    0x819463
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819463  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD0T1
    "Wichtungsfaktor Adaptionsbereich 0 zu 1"
    VALUE
    0x8103E3
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD0T2
    "Wichtungsfaktor Adaptionsbereich 0 zu 2"
    VALUE
    0x8103E4
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD1T0
    "Wichtungsfaktor Adaptionsbereich 1 zu 0"
    VALUE
    0x8103E5
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD1T2
    "Wichtungsfaktor Adaptionsbereich 1 zu 2"
    VALUE
    0x8103E6
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD2T0
    "Wichtungsfaktor Adaptionsbereich 2 zu 0"
    VALUE
    0x8103E7
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD2T1
    "Wichtungsfaktor Adaptionsbereich 2 zu 1"
    VALUE
    0x8103E8
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAIT_T_UM
    "Wartezeit für Reset-Tastverhältnis aus der Funktionsüberwachung"
    VALUE
    0x8141E2
    KwUw
    4999.578
    t_wdt_high
    0.00
    4999.578

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WBLAGRMX
    "max. Leitungswiderstand(beiwert) für Umschaltung  Berücksichtigung Fehlerblende"
    VALUE
    0x81B414
    KwUw
    63.99902
    fak_uw_b64
    0.00
    63.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B414  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKARN
    "DK-Winkel-Schwelle für Gemischadaption aktiv"
    CURVE
    0x8198C3
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198C3  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKBAST
    "Schwelle Drosselklappenwinkel Saugrohrdruckdiagnose im Start"
    VALUE
    0x82A162
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A162  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKBEWS
    "Schwelle zur DK-Bewegungserkennung (I-Klein)"
    VALUE
    0x813734
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813734  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPRO1
    "Aschaltschwelle DK-Istwert für öffnende DV-E-Federprüfung"
    VALUE
    0x8136E2
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPRO2
    "Prüfschwelle DK-Istwert für öffnende DV-E-Federprüfung"
    VALUE
    0x8136E4
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPRZ1
    "Abschaltschwelle DK-Istwert für DV-E-Rückstellfederprüfung"
    VALUE
    0x8136E6
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPRZ2
    "Prüfschwelle DK-Istwert für DV-E-Rückstellfederprüfung"
    VALUE
    0x8136E8
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNLPMA
    "oberer erlaubter Istwert für NLP-Stellung"
    VALUE
    0x8136EA
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNLPMI
    "unterer erlaubter Istwert für NLP-Stellung"
    VALUE
    0x8136EC
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNLPTOL
    "zulässige DK-Winkel-Toleranz des NLP"
    VALUE
    0x813736
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813736  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNSTORE
    "Schwelle Abspeichern neuer Lernwerte relativer NLP"
    VALUE
    0x8136EE
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKREIB
    "Haftreibungsanteil der DK für I-Klein"
    VALUE
    0x810309
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810309  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSAPNOL
    "DK-Sollwert bei Applikationshilfe DK-Notluftfahren"
    VALUE
    0x813738
    KwUw
    99.99847
    relDK_q0p00152
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813738  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSAPP
    "Drosselklappensollwert für Applikationszwecke"
    VALUE
    0x813B50
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSFPR
    "DK-Sollwert für DV-E-Rückstellfederprüfung"
    VALUE
    0x8136F0
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSFPRO
    "DK-Sollwert für öffnende DV-E-Federprüfung"
    VALUE
    0x8136F2
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSHYS
    "Drosselklappen-Hystereseschwelle für Aktivierung/Deaktivierung Überweg"
    VALUE
    0x813B52
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSNLN
    "Sollwinkel für Drosselklappe bei Kl15 aus"
    CURVE
    0x82AAFC
    KlAUbSstUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AAFC  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSOFS
    "Offset zu appl. DK-Sollwinkel bei niedrigen Temperaturen"
    VALUE
    0x813B54
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSTFEIN
    "Schwelle zur Stationaritätserkennung (verstärkter Bereich)"
    VALUE
    0x81373A
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81373A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSTGROB
    "Schwelle zur Stationaritätserkennung (unverstärkter Bereich)"
    VALUE
    0x81373C
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81373C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSTMUMA
    "DK-Winkel-Schwelle für temporäre UMA-Adaption"
    VALUE
    0x8136F4
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKUGDN
    "KL Drosselklappenwinkel, ab der keine Drosselung mehr erfolgt"
    CURVE
    0x813B56
    KlAUwSstUwWUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B56  0x26  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDSMNR
    "DK-Schwelle zum Rücksetzen Min-Fehler für Drucksensordiagnose"
    VALUE
    0x82A164
    KwSw
    400.0000
    relDK_q0p02441
    -200.0000
    200.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A164  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDSMXR
    "DK-Schwelle zum Rücksetzen Max-Fehler für Drucksensordiagnose"
    VALUE
    0x82A166
    KwSw
    400.0000
    relDK_q0p02441
    -200.0000
    200.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A166  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WESBHAP
    "Applikationswert Winkel Einspritzbeginn Homogenbetrieb"
    VALUE
    0x819D4D
    KwUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D4D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WESBHNLPH
    "Winkel Einspritzbeginn homogen im Start bei Phasengeber-Notlauf"
    VALUE
    0x819D4E
    KwUb
    191.3
    kw_q0p75_o210
    210.0
    401.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D4E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WESBHSTN
    "Winkel Einspritzbeginn homogen im Start"
    CURVE
    0x819D4F
    KlAUbSstUbWUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D4F  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WESBKHAP
    "Applikationswert Winkel Einspritzbeginn bei Katheizen mit DE"
    VALUE
    0x819D58
    KwUb
    191.3
    kw_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D58  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WESESAP
    "Applikationswert Winkel Einspritzende Schichtbetrieb"
    VALUE
    0x810619
    KwUb
    191.3
    kw_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810619  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WFAN
    "Schwellwert für Fahrpedalwinkel bei Bandendetest"
    VALUE
    0x81A734
    KwUb
    100.0
    relPED_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A734  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WFKO2VKI
    "Wichtungsfaktor für Statistikfilter"
    VALUE
    0x813678
    KwUw
    0.9999847
    fak_q1p526Em5
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813678  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WFKO2VKIS
    "Wichtungsfaktor für Statistikfilter für Schnellabgleich"
    VALUE
    0x81367A
    KwUw
    0.9999847
    fak_q1p526Em5
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81367A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WIMAX
    "ObererSchranke interne Reglerzustände stetige Lambdaregelung"
    VALUE
    0x816704
    KwSw
    7.999878
    fak_sw_b4
    -4.000000
    3.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816704  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WIMIN
    "Untere Schranke interne Reglerzustaende stetige Lambdaregelung"
    VALUE
    0x816706
    KwSw
    7.999878
    fak_sw_b4
    -4.000000
    3.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816706  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WISTRMNLBK
    "Minimaler Heizfortschritt bevor LBK auf KH-Stellung gebracht wird"
    VALUE
    0x82C728
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C728  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WISTRMXLBK
    "Maximaler Heizfortschritt bei dem LBK noch auf KH-Stellung gehalten wird"
    VALUE
    0x82C72A
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C72A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WISTWMMN
    "Minimaler Abgas-Wärmestrom Mager-Lightoff Hauptkat"
    VALUE
    0x814F96
    KwUw
    4194304.
    q_q64
    0.00
    4194304.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WISTWMMX
    "Maximaler Abgas-Wärmestrom Mager-Lightoff Hauptkat"
    VALUE
    0x814F98
    KwUw
    4194304.
    q_q64
    0.00
    4194304.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x814F98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WKHRMAX
    "Maximaler relativer Heizfortschritt Katheizen für Einleiten von Abregelung"
    VALUE
    0x82C72C
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C72C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WKHWMAX
    "Maximale Heizwärme für Katheizen nach Wiederholstart"
    VALUE
    0x82C72E
    KwUw
    4194240.
    q_q64
    0.00
    4194240.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C72E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WKRLBK
    "wkrma-Schwelle für Ladungsbewegungsklappe"
    VALUE
    0x81A22B
    KwUb
    15.00
    zw_ub_qn0p75
    -15.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A22B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WKRLZOF
    "Festwerteblock: ZW-Offset für geführte Zylinder"
    VAL_BLK
    0x8106C9
    KwbUb
    12.00
    zw_ub_qn0p75
    -12.00
    0.00

    FORMAT "%5.2"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x8106C9  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WKRLZOFEKS
    "ZW-Offset für geführte Zylinder bei KS-Fehler"
    VALUE
    0x81A4B0
    KwUb
    12.00
    zw_ub_qn0p75
    -12.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4B0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WKRMNH
    "wkrma-Schwelle für Umschaltung zur Doppeleinspritzung"
    VALUE
    0x8106AD
    KwUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106AD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WLBKSOLFLB
    "Umrechnung Faktor Sollladungsbewegung in Soll-LB-Klappenposition"
    CURVE
    0x82AA26
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AA26  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        flbs_w
        fak_uw_b1
        6
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WMABGKH
    "Faktor für Wärmemengenkorrektur bei Katheizen für Taupunktende"
    VALUE
    0x8193D1
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWAFMX
    "Begrenzung Adaption Spätanschlag nach 'früh'"
    VALUE
    0x81018E
    KwSb
    128.0
    kw_q1
    -128.0
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWASMX
    "Obere Begrenzung Adaption NW-Spätanschlag (Richtung spät)"
    VALUE
    0x81018F
    KwSb
    127.0
    kw_q1
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWKM
    "Korrekturwinkel Nockenwelle über Motortemperatur"
    CURVE
    0x81FB36
    GklWSb
    15.94
    kw_q0p0625
    -8.000
    7.938

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB36  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        AXIS_PTS_REF STM05EPMSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWKN
    "Korrekturwinkel Nockenwelle über Drehzahl"
    CURVE
    0x81FB3C
    KlAUbSstUbWSb
    15.94
    kw_q0p0625
    -8.000
    7.938

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB3C  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWRPS
    "Sollwinkel der Phasengeberflanken in Referenzposition, Nockenwelle 1"
    VAL_BLK
    0x813566
    KwbUw
    1023.984
    kw_q0p0156
    0.00
    1023.984

    FORMAT "%8.3"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x813566  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSPMN
    "Grenzwinkel Spätverschiebung für Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x81FB4A
    KwSw
    1023.984
    kw_q0p0156
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSPMX
    "Grenzwinkel Frühverschiebung für Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x81FB4C
    KwSw
    1023.984
    kw_q0p0156
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPEDANF
    "Fahrpedalwinkel bei Anfahren"
    VALUE
    0x82896E
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82896E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPEDKO
    "Pedalwinkelschwelle für KO-Ausschaltung"
    CURVE
    0x811DDC
    GklWUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811DDC  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPEDU
    "Untere Schwelle Pedalwert für Antiruckelfunktion"
    VALUE
    0x815408
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815408  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPFGRBMR
    "Rückgerechneter Pedalwert beim Beschleunigen mit FGR"
    CURVE
    0x829AF8
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AF8  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mrfgr_w
        rel_uw_b200
        16
        0.00
        199.9969

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPHN
    "Phasengang"
    CURVE
    0x81AEFD
    GklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEFD  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        AXIS_PTS_REF SNM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPKDMN
    "Minimaler Pedalwert für Kick-Down-Erkennung"
    VALUE
    0x8136A0
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPMXBR
    "Maximal zulässiger Pedalwert bei betätigter Bremse (vor Erkennung wped = 0)"
    VALUE
    0x81368C
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81368C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPMXNOT
    "Maximal zulässiger Fahrpedalwert im PWG-Notfahren"
    VALUE
    0x81021E
    KwUb
    100.0
    relPED_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81021E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPRHOMMX
    "maximaler Prädiktionswinkel für Homogenbetrieb"
    VALUE
    0x82ADA0
    KwUw
    49151.25
    kw_q0p75
    0.00
    49151.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPRMBVH
    "Pedalwertgrenze zur Rücknahme der Mißbrauchsverhinderung"
    VALUE
    0x8194E6
    KwUb
    100.0
    relPED_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPRSCHMX
    "maximaler Prädiktionswinkel für Schichtbetrieb"
    VALUE
    0x82ADA2
    KwUw
    49151.25
    kw_q0p75
    0.00
    49151.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WSANFKTNOX
    "Wärmestromanforderung zum schnellen Überschreiten Taupunkt NOx-Sensor für K-Trip"
    VALUE
    0x81FBD0
    KwUw
    131070.0
    leist_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WSMNHSPKH
    "Minimale Wärmestrom für Anforderung von Homogen split zum Katheizen"
    VALUE
    0x82BFFA
    KwUw
    131070.0
    leist_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_0_A
    "Window Time Table"
    VAL_BLK
    0x81FA52
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA52  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_1_A
    "Window Time Table"
    VAL_BLK
    0x81FA56
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA56  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_2_A
    "Window Time Table"
    VAL_BLK
    0x81FA5A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA5A  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_3_A
    "Window Time Table"
    VAL_BLK
    0x81FA5E
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA5E  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_4_A
    "Window Time Table"
    VAL_BLK
    0x81FA62
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA62  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_5_A
    "Window Time Table"
    VAL_BLK
    0x81FA66
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA66  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_6_A
    "Window Time Table"
    VAL_BLK
    0x81FA6A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA6A  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_7_A
    "Window Time Table"
    VAL_BLK
    0x81FA6E
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA6E  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_8_A
    "Window Time Table"
    VAL_BLK
    0x81FA72
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA72  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_9_A
    "Window Time Table"
    VAL_BLK
    0x81FA76
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA76  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_10_A
    "Window Time Table"
    VAL_BLK
    0x81FA7A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA7A  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_11_A
    "Window Time Table"
    VAL_BLK
    0x81FA7E
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA7E  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_12_A
    "Window Time Table"
    VAL_BLK
    0x81FA82
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA82  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_13_A
    "Window Time Table"
    VAL_BLK
    0x81FA86
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA86  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_14_A
    "Window Time Table"
    VAL_BLK
    0x81FA8A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA8A  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_15_A
    "Window Time Table"
    VAL_BLK
    0x81FA8E
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA8E  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_16_A
    "Window Time Table"
    VAL_BLK
    0x81FA92
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA92  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_17_A
    "Window Time Table"
    VAL_BLK
    0x81FA96
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA96  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_18_A
    "Window Time Table"
    VAL_BLK
    0x81FA9A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA9A  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_19_A
    "Window Time Table"
    VAL_BLK
    0x81FA9E
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FA9E  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_20_A
    "Window Time Table"
    VAL_BLK
    0x81FAA2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAA2  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_21_A
    "Window Time Table"
    VAL_BLK
    0x81FAA6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAA6  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_22_A
    "Window Time Table"
    VAL_BLK
    0x81FAAA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAAA  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_23_A
    "Window Time Table"
    VAL_BLK
    0x81FAAE
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAAE  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_24_A
    "Window Time Table"
    VAL_BLK
    0x81FAB2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAB2  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_25_A
    "Window Time Table"
    VAL_BLK
    0x81FAB6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAB6  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_26_A
    "Window Time Table"
    VAL_BLK
    0x81FABA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FABA  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_27_A
    "Window Time Table"
    VAL_BLK
    0x81FABE
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FABE  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_28_A
    "Window Time Table"
    VAL_BLK
    0x81FAC2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAC2  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_29_A
    "Window Time Table"
    VAL_BLK
    0x81FAC6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAC6  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_30_A
    "Window Time Table"
    VAL_BLK
    0x81FACA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FACA  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_31_A
    "Window Time Table"
    VAL_BLK
    0x81FACE
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FACE  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_32_A
    "Window Time Table"
    VAL_BLK
    0x81FAD2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAD2  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_33_A
    "Window Time Table"
    VAL_BLK
    0x81FAD6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAD6  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_34_A
    "Window Time Table"
    VAL_BLK
    0x81FADA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FADA  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_35_A
    "Window Time Table"
    VAL_BLK
    0x81FADE
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FADE  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_36_A
    "Window Time Table"
    VAL_BLK
    0x81FAE2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAE2  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_37_A
    "Window Time Table"
    VAL_BLK
    0x81FAE6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAE6  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_38_A
    "Window Time Table"
    VAL_BLK
    0x81FAEA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAEA  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_39_A
    "Window Time Table"
    VAL_BLK
    0x81FAEE
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAEE  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_40_A
    "Window Time Table"
    VAL_BLK
    0x81FAF2
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAF2  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_41_A
    "Window Time Table"
    VAL_BLK
    0x81FAF6
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAF6  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_42_A
    "Window Time Table"
    VAL_BLK
    0x81FAFA
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAFA  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_43_A
    "Window Time Table"
    VAL_BLK
    0x81FAFE
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FAFE  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_44_A
    "Window Time Table"
    VAL_BLK
    0x81FB02
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FB02  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_45_A
    "Window Time Table"
    VAL_BLK
    0x81FB06
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FB06  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_46_A
    "Window Time Table"
    VAL_BLK
    0x81FB0A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FB0A  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_47_A
    "Window Time Table"
    VAL_BLK
    0x81FB0E
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FB0E  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_48_A
    "Window Time Table"
    VAL_BLK
    0x81FB12
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FB12  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTT_49_A
    "Window Time Table"
    VAL_BLK
    0x81FB16
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81FB16  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTTEND
    "Window Time Table, offset zum Ende der gelesenen Einträge"
    VALUE
    0x81FA4E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WTTSTART
    "Window Time Table, offset zum Start der gelesenen Einträge"
    VALUE
    0x81FA50
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WUBRMN
    "Min. Batteriespannung für NOx-Sensor-Heizung im SG-Nachlauf"
    VALUE
    0x828A32
    KwUw
    1823.511
    spg_ub_b28p5_w
    0.00
    1823.511

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WUBRMX
    "Max. Batteriespannung für NOx-Sensor-Heizung im SG-Nachlauf"
    VALUE
    0x828A34
    KwUw
    1823.511
    spg_ub_b28p5_w
    0.00
    1823.511

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    XIMAX
    "ObererSchranke interne Reglerzustände stetige Lambdaregelung"
    VALUE
    0x816708
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816708  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    XIMIN
    "Untere [Bhranke interne Reglerzustaende stetige Lambdaregelung"
    VALUE
    0x81670A
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81670A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    Y2MAX
    "Obere Schranke Integralanteil LRS"
    VALUE
    0x81670C
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81670C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    Y2MIN
    "Untere Schranke Integralanteil LRS"
    VALUE
    0x81670E
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81670E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZADBKS
    "Zeitkonstante Adaption BKS"
    VALUE
    0x829ED4
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ED4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZADKTBKS
    "Zeitkonstante für Integrator bei Adaption im Kurztrip"
    VALUE
    0x829ED6
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ED6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZAGRUN
    "Start des Aussetzergenerators"
    VALUE
    0x81936F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81936F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMZAMSB
    "Zeitkonstante für Temperaturoffset von Krümmer bis Zylinder-Auslaß"
    CURVE
    0x81FBAA
    KlAUwSstUwWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBAA  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msfabr_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBFIL
    "Zeitkonstante für Beschleunigungsfilter"
    VALUE
    0x810B99
    KwUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBRT
    "Zeitkonstante für Brennraumtempmodell"
    VALUE
    0x82A8BA
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBURNABR
    "Verbrennungsanzahl für Entscheidung Adaptionsabbruch"
    VALUE
    0x8103E9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBURNDEC
    "Zu überschreitende Verbrennungsanzahl für ""Abmagern"""
    VALUE
    0x8103EA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBURNLIM
    "Schwelle erkannte Verbrennungen für Wiederholstart"
    VALUE
    0x81053E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81053E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBURNSOL
    "Erforderliche Verbrennungsanzahl für ""keine Anreicherung"""
    VALUE
    0x8103EB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBWF
    "Zählerstand für Fehlereintrag Bewegungserkennung"
    VALUE
    0x81021F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81021F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZCANAIR
    "Zähler für Codierfehlererkennung der Airbagbotschaft"
    VALUE
    0x810103
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810103  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDELBMSRCH
    "Zusätzlicher Zahnoffset beim Warten auf BM im Schnellstart"
    VALUE
    0x8101A2
    KwUb
    6.000
    dez
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDFFDTE
    "Zeitkonstante für Hochpassfilter des Genaratorsignals"
    VALUE
    0x82EDF4
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDGZA1
    "Zündungszahl Abregelung Bereich 1"
    VALUE
    0x8105E9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8105E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDGZA2
    "Zündungszahl Abregelung Bereich 2"
    VALUE
    0x8105EA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8105EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDHDRMXMN
    "Zeitkonstante Filterung  Fehler HDR: Solldruck wird nicht eingestellt"
    VALUE
    0x82BFE0
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDHDRSIG
    "Zeitkonstante Filterung  Fehler HDR: Regler schwingt"
    VALUE
    0x82BFE2
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDKVBDEPL
    "Zeitkonstante Fehlerentprellung HDR"
    VALUE
    0x82BFE4
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDSU
    "Zeitkonstante für Filterung von pu und fho in GGDSU"
    VALUE
    0x829F78
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDYNFA
    "Zählerwert für Dynamikmessung LSU bei Kurztest"
    VALUE
    0x81AB21
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB21  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDYNLSU
    "Zählerwert für Dynamikmessung LSU"
    VALUE
    0x81AB22
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB22  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZEHK
    "Fehlerzähler für Heizerkopplung auf das Lambdasignal"
    VALUE
    0x8101F3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZERBR
    "Fehlerzähler für Bremsschalter-Unplausibilitäten"
    VALUE
    0x8194F0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFBFZGL
    "Filterzeitkonstante für 16-bit-Beschleunigungssignal"
    VALUE
    0x812D66
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFBKS
    "Zeitkonstante für Tiefpaßfilterung des Drucksensorsignals"
    VALUE
    0x829ED8
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ED8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFBKSST
    "Filterzeitkonstante für Drucksensorsignalfilterung bei Motorstart"
    VALUE
    0x829EDA
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFCNT1
    "Anzahl Zahnflanken im mittleren Geschwindigkeitsbereich"
    VALUE
    0x812D68
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFCNT2
    "Anzahl Zahnflanken im oberen Geschwindigkeitsbereich"
    VALUE
    0x812D6A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFDUSVK
    "Filterzeitkonstante für LSU-Spannungsabgleich vor Kat"
    VALUE
    0x816844
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816844  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFHDRERR
    "Zeitkonstante Filterung Raildruckregler-Ausgang"
    VALUE
    0x82BFE6
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFKAKORX
    "Filterzeitkonstante für fkaormx_w Signal"
    VALUE
    0x82EDF6
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFKMSDKSNW
    "Zeitkonstante schneller Massenstromstromabgleich bei AGR oder im UGD"
    VALUE
    0x81391E
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81391E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFLLRPL
    "Zeitkonstante: Aufregeln des P-Anteils auf dem Luftpfad"
    VALUE
    0x810923
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810923  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFMDVERL
    "Zeitkonstante für Filterung Verlustmoment"
    VALUE
    0x81A8D7
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRIN
    "Zeitkonstante für Filter rinlsu_w"
    VALUE
    0x8168F2
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRINCAL
    "Zeitkonstante für Filter krivk_w"
    VALUE
    0x8168F4
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRINODNO
    "Zeitkonstante Filter Regelabweichung NOx-Sensor-Innenwiderstand"
    VALUE
    0x828566
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828566  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRINSTART
    "Zeitkonstantre für Filter rinlsu_w nach Start"
    VALUE
    0x8168F6
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8168F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRMST
    "Zeitkonstante für frm-Filter (short test)"
    VALUE
    0x8198F4
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFSADYN
    "Zeitkonstante für PT1-Filter"
    VALUE
    0x81367C
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81367C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFTAHFM
    "Zeitkonstante Tiefpaßfilter Ansauglufttemperatur über Sensor im HFM"
    VALUE
    0x829F7E
    KwUw
    6553.5000000
    zk100msxs_uw_b6553
    0.10000000000
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFUULSU
    "Filterzeitkonstante für Lambda"
    VALUE
    0x816846
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816846  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFUURINOHK
    "Filterzeitkonstante für Innenwiderstand-Signal vom NOx-Sensor"
    VALUE
    0x8135E2
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFV
    "Zeitkonstante für Filterung des Geschwindigkeitssignals"
    VALUE
    0x812D6C
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x812D6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZGAABKS
    "Grenze für Zeitdauer bis Adaption BKS abgeschlossen"
    VALUE
    0x829EDC
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZHBKSE
    "Zeitkonstante für Heilung nach Fehler in BKS"
    VALUE
    0x829F2C
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZHHDRE
    "Zeitkonstante Heilungsentprellung E_HDR"
    VALUE
    0x82BFE8
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZHKOCVMMX
    "max. Anzahl von Heizereinkopplungen bei hohem Ri"
    VALUE
    0x81AB17
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB17  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZHLLA
    "Zeitzähler-Schwelle für Abbruch erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x82D59C
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D59C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZHLLE
    "Zeitzähler-Schwelle für erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x82D59E
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D59E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZIDSSU
    "Zeitkonstante Integrator Drucksensorabgleich DSS DSU"
    VALUE
    0x829F7C
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZIVMAX
    "I-Steigung für VMAX-Regelung"
    VALUE
    0x810B9A
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKAGRVPF
    "Filterzeitkonstante AGR Ventilposition"
    VALUE
    0x81B440
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B440  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKAGRVPFS
    "Filterzeitkonstante AGR-Ventil Sollwert"
    VALUE
    0x81B442
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B442  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDESERFF
    "Zeitkonstante für Verzögerung fallende Flanke B_deserf"
    VALUE
    0x8294DC
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDFRM
    "Filterzeitkonstante für Tiefpass von dfrm_w"
    VALUE
    0x8198EB
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDIKAF
    "Zeitkonstante für Tiefpaßfilterung der hochpaßgefilterten Gemischabweichungen"
    VALUE
    0x82EDF8
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMADKO
    "Zeitkonstante für Adaption des Verlustmoments Klimakompressor ein"
    VALUE
    0x82D5A0
    KwUw
    816.00000000
    zk200msxs_uw_b13107
    3.2000000000
    819.20000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D5A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMADLL
    "Zeitkonstante für Adaption des Verlustmoments ohne Last"
    VALUE
    0x82D5A2
    KwUw
    816.00000000
    zk200msxs_uw_b13107
    3.2000000000
    819.20000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D5A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMADSKO
    "Integratorzeitkonstante: adaptiertes Verlustmoment bei Schichtbetrieb und Klima."
    VALUE
    0x82D5A4
    KwUw
    816.00000000
    zk200msxs_uw_b13107
    3.2000000000
    819.20000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D5A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMADSLL
    "Integratorzeitkonstante: adaptiertes Verlustmoment im Schichtbetrieb"
    VALUE
    0x82D5A6
    KwUw
    816.00000000
    zk200msxs_uw_b13107
    3.2000000000
    819.20000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D5A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMDW
    "Zeitkonstante für Abregelung D-Anteil Wandlermoment"
    VALUE
    0x810791
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810791  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDQVP
    "Filterzeitkonstante Betrag Steigung vp-Signal"
    VALUE
    0x828568
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828568  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKETR
    "Zeitkonstante I-Regler Thermostatregelung"
    VALUE
    0x81B0E5
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFBDA
    "Zeitkonstante AGR Adaptionsfaktor (DT1-Auswertung) eingeschwungen"
    VALUE
    0x81B484
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B484  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFBDAKT
    "Zeitkonstante AGR Adaptionsfaktor (DT1-Auswertung) eingeschwungen Kurztest"
    VALUE
    0x81B486
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B486  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFKAGRKT
    "Zeikonstante Faktor Korrektur Massenstrom AGR Adaption Kurztest"
    VALUE
    0x81B506
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B506  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFKDA
    "Zeitkonstante AGR Adaptionsfaktor (DT1-Auswertung) eingeschwungen"
    VALUE
    0x81B488
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B488  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFKDAKT
    "Zeitkonstante AGR Adaptionsfaktor (DT1-Auswertung) eingeschwungen Kurztest"
    VALUE
    0x81B48A
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B48A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFKMSAGRA
    "Zeikonstante Faktor Korrektur Massenstrom AGR Adaption"
    VALUE
    0x81B508
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B508  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFNOK
    "Filterzeitkonstante NOx-Signal"
    VALUE
    0x82856A
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82856A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFTEAD
    "Zeitkonstante gefilteter Faktor Beladung Spülstrom bei Tankentlüftung"
    VALUE
    0x82ED4C
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKHABB
    "Zeitkonstante für Abbruch-Tiefpass Katheizen"
    VALUE
    0x81A175
    KwUb
    50.9992
    zk200msxs_ub_b51p20
    0.200784
    51.2000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A175  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKIKAFDI
    "Kennlinie Zeitkonstante Filterung ikakormt_w"
    CURVE
    0x82EDFA
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EDFA  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dikakb_w
        fak_uw_b16
        5
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKKBAGRKT
    "Zeitkonstante Blendenkorrketur AGR Kurztest"
    VALUE
    0x81B50A
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B50A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKKHCTEV
    "Filterzeitkonstante für HC-Konzentration am TEV"
    CURVE
    0x82ED4E
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED4E  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vltev_w
        vpert_q0p000390625
        4
        0.00
        25.59961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLAMTE
    "Hochpass Zeitkonstante für lamsbg"
    VALUE
    0x82ED60
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ED60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLANSWL
    "Zeitkonstante Filterung lamnswl_w"
    VALUE
    0x8147B0
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLBKGRAD
    "Zeitkonstante für Filter für Steigungsadaption der LBK"
    VALUE
    0x82A8D6
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLBKOFFS
    "Zeitkonstante für Offsetfilter (ulbkoffs_w) des Spannungswertes der LBK"
    VALUE
    0x82A8D8
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A8D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLBZ
    "Zeitkonstante des LBZ-Integrators"
    VALUE
    0x8194A7
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLLRD
    "Zeitkonstante für die Abregelung des D-Anteils"
    VALUE
    0x810924
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810924  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDGEN
    "Zeitkonstante Generator-Lastabregelung"
    VALUE
    0x81A8C1
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDKO
    "Zeitkonstante Klimakompressor-Lastabregelung"
    VALUE
    0x81A8C2
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDSEV
    "Zeitkonstante Elektrische-Verbraucher-Lastabregelung"
    VALUE
    0x81A8C3
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDWAB
    "Zeitkonstante für Abregelung der  Drehmomentaufnahme des Wandlers"
    VALUE
    0x810792
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810792  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDWAUF
    "Zeitkonstante für Aufregelung der  Drehmomentaufnahme des Wandlers"
    VALUE
    0x810793
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810793  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDWF
    "Zeitkonstante für Filterung Wandlermoment zur Bildung D-Anteil"
    VALUE
    0x810794
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810794  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMNOHK
    "Zeitkonstante NOx-Masse hinter Speicherkatalysator"
    VALUE
    0x828970
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828970  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMNOSPLL
    "Zeitkonstante für Integrator Füllstand Speicherkat im Leerlauf"
    VALUE
    0x828AD8
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMNOVK
    "Zeitkonstante NOx-Masse vor Speicherkatalysator"
    VALUE
    0x828972
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828972  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMSAGRDS
    "Zeitkonstante AGR Massenstrom ins Saugrohr; Berechnung aus Druckmessung"
    VALUE
    0x81B516
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B516  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMSDKDSKT
    "Zeitkonstante schnelle Massenstromadaption (bei Abgleich mit DSS) Kurztrip"
    VALUE
    0x813920
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813920  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMSDKTDSS
    "Zeitkonstante schnelle Massenstromadaption (bei Abgleich mit DSS-Signal)"
    CURVE
    0x813922
    KlAUwSstUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813922  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvds_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNLST
    "Filterzeitkonstante Nachlaufzeitberechnung"
    VALUE
    0x81B0E6
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNOKAD
    "Zeitkonstante Integrator NOx-Signal"
    VALUE
    0x82856C
    KwUw
    24.913738932
    zk100msxs_uw_b6553
    0.10000152590
    25.013740458

    FORMAT "%12.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x82856C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNOSGFIL
    "Filterzeitkonstante NOx-Speichergröße"
    VALUE
    0x8294DE
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNS
    "Zeitkonstante für Solldrehzahl bei Umschaltung"
    VALUE
    0x81A71A
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A71A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKOFAGRKT
    "Zeitkonstante Offsetkorrektur Massenstrom Kurztest"
    VALUE
    0x81B50C
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B50C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKOFDA
    "Zeitkonstante AGR Adaptionsoffset (DT1-Auswertung) eingeschwungen"
    VALUE
    0x81B48C
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B48C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKOFDAKT
    "Zeitkonstante AGR Adaptionsoffset (DT1-Auswertung) eingeschwungen Kurztest"
    VALUE
    0x81B48E
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B48E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKOFVPAGR
    "Zeitkonstante Offsetkorrektur Ventilposition"
    VALUE
    0x81B50E
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B50E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPBKVK
    "Zeitkonstante Druck am Bremskraftverstärker Konstant"
    VALUE
    0x81AF2C
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF2C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPDBAGR
    "Zeitkonstante Differenzdruck ueber Blende AGR"
    CURVE
    0x82A2B4
    KlAUwSstUwWUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2B4  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        kzpdagr_w
        fak_uw_b128
        8
        0.00
        127.9980

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPDBAGRS
    "Zeitkonstante Differenzdruck ueber Blende AGR Sollwert"
    CURVE
    0x81B416
    KlAUwSstUwWUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B416  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        kzpdagrs_w
        fak_uw_b128
        8
        0.00
        127.9980

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPVAGRDS
    "Zeitkonstante Druck vor AGR-Ventil, DSS basiert"
    VALUE
    0x81B510
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B510  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPVDKT
    "Zeitkonstante für langsame Massenstromadaption"
    CURVE
    0x829FA6
    KlAUwSstUwWUw
    65534.000000
    zk1sxs_uw_b65535
    1.0000000000
    65535.000000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FA6  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvds_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPVDKTGA
    "Zeitkonstante für langsame Massenstromadaption(bei großen Abweichungen)"
    CURVE
    0x829FC8
    KlAUwSstUwWUw
    65534.000000
    zk1sxs_uw_b65535
    1.0000000000
    65535.000000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FC8  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvds_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPVDKTKT
    "Zeitkonstante für langsame Massenstromadaption im Kurztrip"
    VALUE
    0x829FEA
    KwUw
    6552.6000610
    zk100msxs_uw_b6553
    0.99993896857
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKQMAXL1
    "Zeitkonstante für Rampenabsteuerung Lüfter 1 im Nachlauf"
    VALUE
    0x81B0E7
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKQMAXL2
    "Zeitkonstante für Rampenabsteuerung Lüfter 2 im Nachlauf"
    VALUE
    0x81B0E8
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKRMSTEV
    "Zeitkonstante Tiefpaßfilterung für Mode 6 DTEV"
    VALUE
    0x82EE10
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKRRIEHSF
    "Zeitkonstante Sollwertfilterung externe Restgasrate Hom.-Betrieb"
    VALUE
    0x812F28
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKRRIENHSF
    "Zeitkonstante Sollwertfilterung externe Restgasrate nicht Hom.-Betrieb"
    VALUE
    0x812F2A
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x812F2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTABTU
    "Zeitkonstante für Motorabkühlung"
    CURVE
    0x82AF4E
    KlAUbSstUbWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AF4E  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTADBKS
    "Zeitdauer Kurztrip Adaption BKS"
    VALUE
    0x829EDE
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTCRUISE
    ""
    VALUE
    0x819499
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819499  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTDML
    "Tiefpaß-Filterzeitkonstante für Luftmasse"
    VALUE
    0x829614
    KwUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829614  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTDTK
    "Tiefpaß-Filterzeitkonstante für Temperatur-Filterung"
    VALUE
    0x829616
    KwUw
    13107.000000
    zk200msxs_uw_b13107
    0.20000000000
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829616  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTKASNRLN
    "Filterzeitkonstante Soll-Kühleraustrittstemperatur bei neg. Gradient"
    VALUE
    0x81B0E9
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTKASNRLP
    "Filterzeitkonstante Soll-Kühleraustrittstemperatur bei pos. Gradient"
    VALUE
    0x81B0EA
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTKASO
    "Zeitkonstante Filter tkasoll"
    VALUE
    0x81B0EB
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTMCRUISE
    ""
    VALUE
    0x81949A
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81949A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTMSN
    "Filterzeitkonstante Soll-Motortemperatur bei neg. Gradient"
    VALUE
    0x81B0EC
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTMSP
    "Filterzeitkonstante Soll-Motortemperatur bei pos. Gradient"
    VALUE
    0x81B0ED
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTSUZWMF
    "Zeitkonstante für Verzögerung fallende Flanke B_tsuzwm"
    VALUE
    0x8294E0
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTSUZWMS
    "Zeitkonstante für Verzögerung steigende Flanke B_tsuzwm"
    VALUE
    0x8294E2
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUAGRO
    "Zeitkonstante Spannung Offset AGR-Ventil"
    VALUE
    0x819114
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819114  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUBDLR
    "DLR, Zeitkonstante für Filterung von Ubatt"
    VALUE
    0x8194EE
    KwUb
    0.4980
    fak_ub_b0p5
    0.00
    0.4980

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8194EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUBSQF01
    "Zeitkonstante für Tiefpassfilter ubsqf aus ubsq bei Berechnung im 100ms-Raster"
    VALUE
    0x827FF8
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUBSQF10
    "Zeitkonstante für Tiefpassfilter ubsqf aus ubsq bei Berechnung im 10ms-Raster"
    VALUE
    0x81365C
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81365C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUEVERG
    "Filterzeitkonstante: Turbinendrehzahl bei Gangwechsel"
    VALUE
    0x810795
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810795  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUVP
    "Filterzeitkonstante vp-Signal"
    VALUE
    0x82856E
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82856E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKVKAHMN
    "Zeitkonstante für Verzögerung steigende Flanke vfzg übersteigt VKAHMN"
    VALUE
    0x8294E4
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKVP1
    "Zeitkonstante erster Filter vp-Signal"
    VALUE
    0x813608
    KwUw
    1310.6999997
    zk20msxs_uw_b1310p72
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813608  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKVP2
    "Zeitkonstante zweiter Filter vp-Signal"
    VALUE
    0x81360A
    KwUw
    1310.6999997
    zk20msxs_uw_b1310p72
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81360A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKVSUZWM
    "Zeitkonstante für Verzögerung steigende Flanke vfzg größer als Schwelle VSUZWM"
    VALUE
    0x8294E6
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKWBLAGRS
    "Zeitkonstante Leitungswdstd. schnelle AGR Adaption"
    VALUE
    0x81B512
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B512  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKWDKSPT1
    "Zeitkonstante für Prädiktion DK-Winkel aus Sollwert"
    VALUE
    0x81030A
    KwUb
    0.6973
    fak_q0p00273
    0.00
    0.6973

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81030A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLAMFT
    "Zeitkonstante für Filterung von lamsoni"
    VALUE
    0x816856
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x816856  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLAMSTEIG
    "Filterzeitkonstante für LSU-Signal Steigung"
    VALUE
    0x816854
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816854  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLASHKAB
    "Zeitkonstante für Abregelung der dyn. Sollwertanhebung (dlasohkab) rin der LRHK"
    VALUE
    0x816766
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816766  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLASOHML
    "Zeitkonstante für PT1-Filter des Pseudo-Lambda hinter Kat"
    CURVE
    0x816768
    KlAUwSstUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816768  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLBTS
    "Zeitkonstante Lambda Bauteileschutz"
    VALUE
    0x82AFC2
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLIBG
    "Filterzeitkonstante für die Nachführung der Integratorgrenzen"
    VALUE
    0x810925
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810925  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLUR
    "Zeitkonstante für Filterg. Laufunruhe um Lur, nachziehen auf Lur"
    VALUE
    0x811478
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811478  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLUT
    "Zeitkonstante für Filterg. Laufunruhe um Null bzw. um Lur, Schlechtwegerkenng."
    VALUE
    0x811479
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811479  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMDDLWS
    "Zeitkonstant für Lenkhilfelastmoment"
    VALUE
    0x81A8C4
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMDNSM
    "Zeitkonstante zur Abrgelung des Nachstart-Momentenoffset"
    CURVE
    0x82D8DC
    KlAUbSstUbWUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82D8DC  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMISSCHMX
    "Max. Anzahl von Aussetzern im Schichtbetrieb vor Fehlererkennung"
    VALUE
    0x81F0FE
    KwUw
    65534.00
    dez
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F0FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMLETAN
    "Zeitkonstante für Filterung zur Berechnung des Leerlaufenergiebedarf für DTEV"
    VALUE
    0x82EE12
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMSDKAGRON
    "Zeitkonstante Abgleich Massenstrom bei AGR-Betrieb"
    VALUE
    0x813944
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813944  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMSTEDTE
    "Zeitkonstante für Filterung des berechneten Massenstrom TEV"
    VALUE
    0x82EE14
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNFNGLL
    "Filterzeitkonstante für Drehzahlgradient auf Luftpfad (LLR)"
    VALUE
    0x810926
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810926  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNGFIL
    "Zeitkonstante für Drehzahlgradient-Filter"
    VALUE
    0x81355E
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81355E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNMOTBI
    "nmotbi_w wird über ZNMOTBI-1 Zähne berechnet"
    VALUE
    0x81AB5B
    KwUb
    6.000
    dez
    4.000
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB5B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNSUB
    "Zeitkonstante für Mindestsolldrehzahl bei Unterspannung"
    VALUE
    0x81A71B
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A71B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNWSP
    "Zeitkonstante für Adaption-Spätanschlagposition"
    VALUE
    0x810190
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810190  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZPHFLBM1
    "Nockenwellenflanken Nr. vor Bezugsmarke 1"
    VALUE
    0x810191
    KwSb
    255.0
    dez
    -128.0
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810191  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZPWMCS
    "Anzahl Crash-Impulse bis Crash erkannt"
    VALUE
    0x81B0F6
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZPWMCSMAX
    "Entprellzähler für Diagnose Crash-Signal"
    VALUE
    0x81B0F7
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZRFKMSDK
    "Zeitkonstante Reset Massenstromabgleich fkmsdk"
    VALUE
    0x810349
    KwUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810349  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZRLFDKTE
    "Zeitkonstante für TP-Filterung der Luftfüllung über die Drosselklappe"
    VALUE
    0x82EE16
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZRLFRAT
    "Filterzeitkonstante für die Berechnung der Zeitkonstante der FRAT-Adaption"
    VALUE
    0x82AE0A
    KwUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AE0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZRLTEDTE
    "Zeitkonstante für Filterung der berechneten Füllung TEV"
    VALUE
    0x82EE18
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82EE18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSAINT
    "Zeitkonstante für Intergrator Schubagleich"
    VALUE
    0x8296AE
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSAMX
    "Maximum Zähler Schubabschaltung"
    VALUE
    0x8193DB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSNMST
    "Zeitschwelle nach Motorstart für zttm-Kostante"
    VALUE
    0x829EE0
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSYNABR
    "Zündungsanzahl für Entscheidung Adaptionsabbruch"
    VALUE
    0x8103EC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSYNAUSW
    "Anzahl Zündungen (Synchros) bis Auswerten"
    VALUE
    0x8103ED
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSYNDEL
    "Anzahl ausgeblendete Verbrennungen für Verbrennungserkennung"
    VALUE
    0x8103EE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSYNPHST
    "Anzahl Umdrehungen von Freigabe Einspritzung bis Lastschlagabfrage"
    VALUE
    0x81019B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTABKS
    "Filterzeitkonstante Tanktemperaturmodell"
    VALUE
    0x829EE2
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTAGRHYS
    "Filterzeitkonstante für AGR-Ventil-Hysteresebildung"
    VALUE
    0x812FBE
    KwUw
    327.67499992
    zk5msxs_uw_b327
    0.0050000762951
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x812FBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTDEBKS
    "Zeitkonstante Tiefpassfilter für Dynamikerkennung Adaption"
    VALUE
    0x829EE4
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTOELKBI
    "Zeitkonstante für nmot-Filter"
    VALUE
    0x8130A8
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8130A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTPREL
    "Anzahl Zähne während der Starterkennung"
    VALUE
    0x8101A3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZUKDEM
    "Zeitkonstante ÜK Direkteinspritzung abhängig von tmot"
    CURVE
    0x814D54
    KlAUbSstUbWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x814D54  0x1C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZUKNSTM
    "Abregelzeitkonstante ÜK-Faktor im Nachstart abhängig von tmot"
    CURVE
    0x82B874
    KlAUbSstUbWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B874  0x1C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZUPRAIL
    "Zeitkonstante für Tiefpassfilter Raildruckistwert"
    VALUE
    0x82BC46
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZVSKS
    "Zeitkonstante Tiefpaßfilter für Kraftstoffverbrauch"
    VALUE
    0x81B0EE
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZVSTMSVDT
    "Filterzeitkonstante DT1-Glied"
    VALUE
    0x82BD9A
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BD9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZVSTMSVDW
    "Filterzeitkonstante Vorsteuerwinkel MSV"
    VALUE
    0x82BD9C
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BD9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZVTPRGSU
    "Zeitkonstante Tiefpaßfilterung bei Saugrohrklappendynamik"
    VALUE
    0x82A71A
    KwUw
    3276.7499992
    zk50msxs_uw_b12p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A71A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWAPPL
    "Applikationsschnittstelle Zündwinkelverstellung"
    VALUE
    0x811D84
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWC_T_UM
    "Fehlertoleranzzeit der Zündwinkelüberwachung in der Funktionsüberw."
    VALUE
    0x814013
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814013  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWDKBA
    "Zeitkonstante für WDKBA zur Diagnose Saugrohrdrucksensor"
    VALUE
    0x82A168
    KwUw
    1310.6999997
    zk20msxs_uw_b1310p72
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A168  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWDKM1
    "1. Zeitkonstante Dk-Modell"
    VALUE
    0x8147B2
    KwUw
    2.550000
    zk10msxs_uw_b2p55T
    0.00
    2.550000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWDKM2
    "2. Zeitkonstante Dk-Modell"
    VALUE
    0x8147B4
    KwUw
    2.550000
    zk10msxs_uw_b2p55T
    0.00
    2.550000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8147B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWFUBAMN
    "Endwinkel der Mehrfachfunkenzündung, falls konfiguriert"
    VALUE
    0x810060
    KwUb
    90.00
    zw_TR2OT_teeth_sy
    -30.00
    60.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810060  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWGRDDTE
    "Zündwinkelgradient für Korrektur optimaler Zündwinkel bei DTEV"
    CURVE
    0x81AD9B
    KlAUbSstUbWUb
    47.81
    zw_q0p1875pc
    0.00
    47.81

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD9B  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        5
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWSCHAP
    "Applikationswert für Zündwinkel im Schichtbetrieb"
    VALUE
    0x8196B4
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWSPTIP
    "Zeit für Freischalten des TIPIN-Offsets auf den spätesten Zündwinkel"
    VALUE
    0x816C58
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWSTAMN
    "Minimaler Startzündwinkel für %STADAP aktiv"
    VALUE
    0x8103EF
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYLANZ_UM
    "Zylinderzahl für die Zündwinkelüberwachung in der Funktionsüberw."
    VALUE
    0x814014
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814014  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYLKOR
    "Wert zur Zylinderkorrektur (tsroh zu zzyldmd)"
    VALUE
    0x81005C
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81005C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYRKR
    "Zylinderzuordnung für maximale Referenzpegelbegrenzung Klopfregelung"
    VALUE
    0x81A2A0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZZGBKSE
    "Zeitkonstante für Zurücknahme Gegenmaßnahme im Fehlerfall"
    VALUE
    0x8195CC
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8195CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZZPIHK
    "Zeitkonstante PT1-Filter für Mittelwert Stellgröße LRSHK Zweipunkt-Modus"
    VALUE
    0x81678A
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81678A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin MEASUREMENT

    aagrdcps
    "Ansteuerfunktion  AGR-Ventil Regler/Parameterstatus"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abfgrc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFFGRC"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abgkc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFGKC"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmf
    "Festeinspritzausblendmuster"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380799
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380799 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380799 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380799 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev
    "Abschaltmuster Hochdruckeinspritzventile"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380735
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380735 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380735 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380735 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev1
    "Ausblendmuster durch Fehler in HDEV-Endstufe Zyl.1"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DDD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DDF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev4
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev5
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DE1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev6
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev7
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmhdev8
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmist_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMIST"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmsrc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMSRC"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmver_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMVER"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmzf_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMZF"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmzul_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMZUL"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abo
    "Anzahl Starts mit Benzin im Öl"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F8E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F8E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abr1_count
    "Nachstart Abregelzähler 1"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abreac_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFREAC"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abrkc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFRKC"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    absgsc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFSGSC"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actaaaa
    "Dummy fid: Active Counter eines fid (Mode A)"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384278
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384278 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384278 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384278 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actaddsv
    "Aktivzeiten-Zähler der Funktion Diagnose Drucksteuerventil"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38427A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38427A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38427A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38427A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actafra
    "Active Counter: Mode A, multiplikativer Adaptionsbereich der LRA"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38427C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38427C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38427C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38427C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actafrat
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38427E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38427E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38427E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38427E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actaora
    "Active Counter: Mode A, additiver Adaptionsbereich der LRA"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384280
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384280 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384280 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384280 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actateh
    "Active Counter: Mode A, Tankentlüftung bei hoher AKF-Beladung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384282
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384282 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384282 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384282 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actatel
    "Active Counter: Mode A, Tankentlüftung bei niedriger AKF-Beladung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384284
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384284 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384284 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384284 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actatem
    "Active Counter: Mode A, Tankentlüftung bei mittlerer AKF-Beladung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384286
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384286 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384286 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384286 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actaten
    "Aktivzeiten-Zähler der Funktion Notlauf-Tankentlüftung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384288
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384288 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384288 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384288 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actatevh
    "Aktivzeiten-Zähler der Funktion Diagnose TEV homogen"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38428A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38428A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38428A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38428A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actatevm
    "Aktivzeiten-Zähler der Funktion Diagnose TEV mager"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38428C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38428C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38428C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38428C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbaaa
    "Dummy fid: Active Counter eines fid (Mode B)"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38428E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38428E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38428E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38428E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbagra
    "Aktivzeiten-Zähler der Funktion AGR Adaption"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384290
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384290 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384290 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384290 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbdlsu
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384292
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384292 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384292 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384292 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbfrst
    "Active Counter: Mode B, Kurztest der LR"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384294
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384294 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384294 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384294 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbfups
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384296
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384296 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384296 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384296 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbhmm
    "AktZeiten-Zähler von BDE-Mode Homogen-Mager"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384298
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384298 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384298 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384298 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbhom
    "AktZeiten-Zähler von BDE-Mode Homogen"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38429A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38429A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38429A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38429A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbhos
    "AktZeiten-Zähler von BDE-Mode Homogen-Schicht"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38429C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38429C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38429C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38429C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbktsp
    "Aktivzeiten-Zähler der Funktion Kat.-Sprungdiagnose"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38429E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38429E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38429E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38429E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actblahh
    "Aktivzeiten-Zähler der Funktion LambdaShift HOM-SchwingPrüf LS HK"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actblahh2
    "Aktivzeiten-Zähler der Funktion LambdaShift HOM-SchwingPrüf LS HK Bank2"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actblash
    "Active Counter: Mode B, Schwingungsprüfung in DLSAHK"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbllrh
    "Aktivzeiten-Zähler der Funktion Drehzahlabweichung HOM"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbllrm
    "Aktivzeiten-Zähler der Funktion Drehzahlabweichung SCH"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actblsu
    "Active Counter: Mode B, Dynamikprüfung in DLSU"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbpbri
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbplsu
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbsch
    "AktZeiten-Zähler von BDE-Mode Schicht"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbskh
    "AktZeiten-Zähler von BDE-Mode Schicht-Kat-Heizen"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbtest
    "Active Counter: Mode B, TEV-Ansteuerung für Leckdiagnose"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbtevp
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actbtkp
    "Active Counter der passiven thermischen Katalysatordiagnose (TKP)"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    actcaaa
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adastep
    "Adaptionsschritt für STADAP-Faktor"
    SBYTE
    fak_sb_b1
    1
    100
    -1
    0.992188

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_00
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E64 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E64 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_01
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E65
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E65 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E65 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E65 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_02
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E66 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E66 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_03
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_04
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_05
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_06
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_07
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E6B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E6B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E6B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E6B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_08
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_09
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_10
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_11
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_12
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_13
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E71
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E71 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E71 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E71 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_14
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adc1sCC650_15
    ""
    UBYTE
    spg_q0p019
    1
    100
    0
    4.98048

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcc_c_um
    "Fehlerzähler bei zueinander unplausiblen ADC-Werten für sp1s"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380466
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380466 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380466 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380466 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_00
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2BE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2BE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_01
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2BC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2BC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_02
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2BA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2BA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_03
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_04
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_05
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_06
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_07
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_08
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_09
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_10
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_11
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_12
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_13
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_14
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcFR_15
    ""
    UWORD
    spg_q0p00488
    1
    100
    0
    4.99512

    BIT_MASK 0x3ff
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF2A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aekp8bits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aevSynState
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aevsynts_w
    ""
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF222
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF222 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF222 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF222 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aevsynt_w
    ""
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF224
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF224 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF224 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF224 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aevZylInjActS
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afmimn
    ""
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x383258
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383258 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383258 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383258 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afmimx
    ""
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x383259
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383259 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383259 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383259 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afnmn
    "Bereichsfenster Aussetzer, minimale Drehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38325A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afnmx
    "Bereichsfenster Aussetzer, maximale Drehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38325B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afspa_w
    "Array für fspa_w"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    ARRAY_SIZE 10
    ECU_ADDRESS 0x384B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aftmimn
    ""
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380598
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380598 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380598 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380598 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aftmimx
    ""
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380599
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380599 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380599 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380599 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aftnmn
    "Bereichsfenster Aussetzer, minimale Drehzahl, temporär"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38059A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aftnmx
    "Bereichsfenster Aussetzer, maximale Drehzahl, temporär"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38059B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrdant_w
    "DLR,D-Anteil ( 16-bit )"
    SWORD
    rel_sw_b1600
    1
    100
    -1600
    1599.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrdccase
    "Aktueller Zustand"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrdi_w
    "AGR-Regelabweichung"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrhys_w
    "Hysterese des AGR-Ventils"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agriamax_w
    "DLR, max. möglicher I-Anteil"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agriant_w
    "DLR,I-Anteil, highword von agriant_l"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrkd_w
    "DLR,D-Parameter ( 16-bit )"
    SWORD
    fak_sw_b32
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrki_w
    "DLR,I-Parameter ( 16-bit )"
    UWORD
    freq_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrkomp_w
    "DLR, Faktor Kresiverstärkung ( 16-bit )"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380D18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrkp_w
    "DLR,P-Parameter ( 16-bit )"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrndif_w
    "Istwert aktuell - Istwert letzter D-Anteil des DLR"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrpant_w
    "DLR,P-Anteil ( 16-bit )"
    SWORD
    rel_sw_b1600
    1
    100
    -1600
    1599.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrpid_w
    "Ausgang PID-Regler AGR-Ventil"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrsol_w
    "Sollwert AGR-Ventilposition (agrvpsol_w oder agrvpsa_w)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvp
    "AGR-Ventilposition, 8Bit"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpalt_w
    "alter AGR-Ventilpostion-Istwert zur Bestimmung des D-Anteils"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpa_u
    "Istwert AGR-Ventilpostion für UMA-Adaption   (8 bit)"
    UBYTE
    rel_q0p78_o100
    1
    100
    -100
    99.2188

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpa_w
    "Istwert AGR-Ventilpostion für UMA-Adaption"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpbg_w
    "Ventilposition AGR (Berechnete Groesse)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpf_w
    "Ventilposition AGR gefiltert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpsa_w
    "Sollwert AGR-Ventilposition für UMA-Adaption"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpsb_w
    "AGR-Ventilposition Sollwert berechnet"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpsfe_w
    "Ventilposition im Moment des Fehlerfalls E_agrl"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383FA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpsf_w
    "Sollventilposition AGR gefiltert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpsol_w
    "Sollwert AGR-Ventilposition Homogen/Schichtladungsbetrieb 16-bit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpstv_w
    "Sollwert AGR-Ventilposition verzögert für Soll-ist-Vergleich"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpst_w
    "AGR-Ventilposition Sollwert Steuerwert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvps_w
    "AGR-Ventilposition Sollwert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvpugd_w
    "AGR-Ventilposition ungedrosselt"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    agrvp_w
    "AGR-Ventilposition, 16bit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahearv_w
    "Aussetzerhäufigkeit zum Erreichen der Ausblendung anderer Funktionen (aus AHEARV"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381166
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381166 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381166 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381166 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aint
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38059C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aintkamin
    "Anzahl Intervalle mit Katschädigung für Ti-Abschaltung, Minimalwert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    akrgz
    "Anzahl geführter Zylinder"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    akrlz
    "Anzahl möglicher Leitzylinder"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aleNvBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383270
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383270 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383270 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383270 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    alrntim
    "Lernzdhler bei AGR-Ventil vffnen Adaption"
    UBYTE
    t20msxs_ub_q0p02
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    amnnosa
    "Anzahl gefundener NOx-Sensoroffsets im Schub"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anlbkmn
    "Anzahl der MIN-Fehlererkennungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F88 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F88 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anmndbks_w
    "maximal zulässige Anzahl Druckspitzen über max Grenze"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385314
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385314 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385314 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385314 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anmxdbks_w
    "Anzahl Druckspitzen über der max-Grenze in DBKS"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385316
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385316 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385316 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385316 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anosa_w
    "Anzahl ordentlicher Sensorauswertungen für NOx-Speichergröße"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383F9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anosga_w
    "Auswertung NOx-Speichergröße für aktuelle Schwefelvergiftung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385272
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385272 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385272 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385272 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anpc
    "Anzahl Plausibility checks"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F71
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F71 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F71 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F71 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anwfofs
    "zählt Anzahl der NW-Umdr. von Bedingungen für Adaption erfüllt bis Lernbeginn"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380588
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380588 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380588 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380588 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anwfoh
    "zählt Anzahl der NW-Umdr. für Heilung der fuel-on/-off Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380580
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380580 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380580 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380580 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anwfos
    "zählt Anzahl der NW-Umdr. von Bedingungen für Adaption erfüllt bis Lernbeginn"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380581
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380581 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380581 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380581 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anwst
    "zählt Anzahl der NW-Umdr. bei denen fuel-off Adaption nach Fertiglernen aktiv"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381066
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381066 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381066 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381066 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anz1msmn
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38341E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38341E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38341E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38341E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anz1msmx
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383420
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383420 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383420 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383420 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzainten
    "Anzahl Intervalle nach Start für Freigabe Ti-Abschaltung (200 KWU)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzdyn
    "Anzahl der Dynamikmessungen LSU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzdyst
    "Anzahl der Steigungsmessungen LSU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzeab
    "Anzahl Segmente Ev-Abschaltung für Notlauf Phasensuche"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38079A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzeausb
    "Anzahl der auszublendenen Einspritzungen; begrenzt zwischen 4 und 7"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzekpvl
    "Anzahl EKP Vorläufe ohne erreichen von Startende"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzesab
    "Zähler für Einspritzabbrüche"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF214
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF214 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF214 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF214 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzesb
    "Zähler für Einspritzbeginne"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF215
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF215 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF215 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF215 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzesbkorr
    "Zähler für Einspritzverschiebungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzgangw
    "Anzahl erkannter Gangwechsel"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzkupplb
    "Anzahl erkannter Kupplungsbetätigungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzsa
    "Gezählte Anzahl Schubabschaltungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D22 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D22 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzsp
    "Zähler für Spontaneinspritzungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzsynfail
    "Anzahl fehlgeschlagener Synchronizationsversuche im Start"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383272
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383272 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383272 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383272 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzti
    "ti-Einspritzzähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF416
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF416 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF416 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF416 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztib
    "Einspritzzähler begrenzt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF417
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF417 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF417 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF417 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztib0_w
    "ti-Einspritzzähler bis Startende Einspritzung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztib1_w
    "ti-Einspritzzähler ab Startende Einspritzung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztib_w
    "ti-Einspritzzähler mit Begrenzung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF41C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF41C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF41C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF41C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztip
    "Anzahl der hintereinander erfolgten Tip-Ups oder Tip-Downs"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzti_w
    "ti-Einspritzzähler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF41E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF41E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF41E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF41E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzumsch_w
    "Anzahl Betriebsarten-Umschaltungen"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzwefim
    "Anzahl der abgearbeiteten Wiedereinsetzfaktoren"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    apdkt
    "Anzahl der Prüfungen, Katdiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    apdkti
    "Interner Prüfungsanzahlzähler, Katdiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D8F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    apdtev
    "Anzahl der erfolgreichen DTEV Prüfungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ECD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    apedkts
    "Anzahl der Prüfungen mit Fehlerergebnis bei Katdiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D90 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D90 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    apzdkt
    "Anzahl der i.O.-Prüfungen, Katdiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D91
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D91 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D91 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D91 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    arimean_w
    ""
    SWORD
    tsquant
    1
    100
    -34952.5
    34951.5

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381090
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381090 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381090 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381090 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    auscf_c_um
    "Fehlerzähler im DauerRAM für nicht angezogenes Hauptrelais (Diagnose) in %UMAUSC"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383BF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ausc_c_um
    "Prüfungszähler im DauerRAM für nicht angezogenes Hauptrelais im Abschaltpfadtest"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383BF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ausgh_c_um
    "Heilungszähler für Fehler in der zyklischen RAM-Prüfung der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ausg_c_um
    "Fehlerzähler für zyklische RAM-Prüfung in der Funktionsüberwachung"
    UBYTE
    dezsub1
    1
    100
    1
    256

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    auszh_c_um
    "Heilungszähler für Fehler in der zyklischen ROM-Prüfung der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ausz_c_um
    "Fehlerzähler für zyklische ROM-Prüfung in der Funktionsüberwachung"
    UBYTE
    dezsub1
    1
    100
    1
    256

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avdqnohk_w
    "gemittelter Differenzenquotient NOx-Signal"
    SWORD
    mgrd_q0p03125_ppmdivs
    1
    100
    -5120
    5119.84

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38515E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38515E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38515E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38515E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avdtev
    "Anzahl der nicht erfolgreichen DTEV Prüfversuche"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ECE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avdtevh
    "Anzahl der Prüfversuche der DTEV im Homogenbetrieb"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ECF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avdtevm
    "Anzahl der Prüfversuche der DTEV im Magerbetrieb"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ED0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avkatf
    "AmplitudenVerhältnis laafh/laafv gefiltert"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x383F83
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F83 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F83 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F83 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avnohkko_w
    "Offset NOx-Sensor aus Schubabschaltung old"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avnohkk_w
    "NOx-Sensor gemittelter Offsetkorrekturwert"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385104
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385104 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385104 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385104 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avsu
    "Anzahl der Überschreitungen einer Geschwindigkeit  für Entschwefelung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azFadeStatBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF248
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF248 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF248 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF248 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azfdoff
    "Anforderungsbyte Zündausblendung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF249
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF249 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF249 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF249 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azkeldy_w
    "aktueller Wert der Kennlinie AZKELDYN"
    UWORD
    dez
    1
    100
    0
    5000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azkrldy_w
    "aktueller Wert der Kennlinie AZKRLDYN"
    UWORD
    dez
    1
    100
    0
    5000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azkrndy_w
    "aktueller Wert der Kennlinie AZKRNDYN"
    UWORD
    dez
    1
    100
    0
    5000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azoffmsk_w
    "Ausblendmaske Zündausgane"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF26C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF26C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF26C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF26C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azoff_w_bt
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azycnt
    "Anzahl der wg. katschädigender Aussetzer abgeschalteten Zylinder"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azylwe
    "Anzahl wiedereingesetzter Zylinder"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    b2gra_um
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38040A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    b3gra_um
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38040B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    batmp
    "Betriebsart temporär"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbd2ctr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbdcy
    "Byte für Bedingung B_dcy als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbdmdmil
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38325C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BBKDbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BBKRbits0
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BBKRbits1
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bblkderf
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383282
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383282 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383282 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383282 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbm8te
    "Byte für Bedingung Fkt-Anforderung Tankentlüftung nach SAE J1979 Mode 8 TID $01"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbno
    "Byte für Bedingung B_no  als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383263
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383263 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383263 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383263 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbsp1
    "Byte für Bedingung B_sp1 als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbsp2
    "Byte für Bedingung B_sp2 als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbsp3
    "Byte für Bedingung B_sp3 als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383264
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383264 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383264 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383264 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbtim
    "Byte für Bedingung B_tim als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbwuc
    "Byte für Bedingung B_wuc als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits01
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits02
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits03
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits04
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits05
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits06
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits07
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits08
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits09
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits10
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEADPBits11
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemagrs
    "BDE-Sollbetriebsart für Abgasrückführung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemfes
    "BDE-Sollbetriebsart für Füllungssteuerung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEMHAlokbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D2D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemlbks
    "BDE-Sollbetriebsart für Ladungsbewegungsklappe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemod
    "BDE-Betriebsart"
    UWORD
    dez
    1
    100
    0
    255

    BIT_MASK 0xff
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodab
    "Betriebsarten-Freigabe bezüglich Drehzahlgrenzen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380551
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380551 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380551 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380551 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodbs
    "BDE-Betriebsartenwunsch Bauteileschutz"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E29
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E29 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E29 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E29 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodbv
    "Maske zulässige Betriebsarten aus Brennverfahrensgrenzen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemoddm
    "BDE-Betriebsartenwunsch Diagnosemanager"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodfa
    "BDE-Betriebsartenwunsch Fahrer"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodfanv
    "BDE-Betriebsartenwunsch Fahrer, neuer Wert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodfaov
    "BDE-Betriebsartenwunsch Fahrer, alter Wert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodha
    "BDE-Betriebsartenwunsch abhängig von Heizleistungs-Anforderung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodkh
    "BDE-Betriebsartenwunsch Katheizen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E75
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E75 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E75 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E75 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodko
    "BDE-Betriebsartenwunsch aus Koordination"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380523
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380523 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380523 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380523 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodmd
    "BDE-Betriebsartenwunsch Drehmomenteinstellbarkeit"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38054B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodnl
    "BDE-Betriebsartenwunsch Notlaufkoordination"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D30 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D30 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodnm
    "BDE-Betriebsartenwunsch noch möglich vor Diagnosemanager"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380524
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380524 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380524 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380524 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemods
    "BDE-Sollbetriebsart"
    UWORD
    dez
    1
    100
    0
    255

    BIT_MASK 0xff
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodsk
    "BDE-Betriebsartenwunsch Speicherkatsteuerung/-regelung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodsm
    "BDE-Betriebsart aus Zustandsautomat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodst
    "BDE-Betriebsartenwunsch Start"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380547
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380547 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380547 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380547 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodst_bt
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38098C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodsu
    "BDE-Betriebsartenwunsch Schwefelausräumen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemods_w
    "BDE-Sollbetriebsart einschließlich abgeleiteter Zustände"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodtm
    "BDE-Betriebsartenwunsch abhängig von tmot"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380548
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380548 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380548 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380548 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodv
    "BDE-Betriebsart der nächsten Verbrennung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodvkh
    "BDE-Betriebsartenwunsch vor Katheizen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380525
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380525 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380525 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380525 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemodz
    "BDE-Zielbetriebsart"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380526 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380526 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemod_uc
    "Betriebsartenforderung in der Funktionsüberwachung im Befehlstest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38098D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemod_um
    "BDE-Betriebsartenwunsch Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380988
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380988 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380988 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380988 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemod_w
    "BDE-Betriebsart einschließlich abgeleiteter Zustände"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bdemsync
    "Synchronisationsbits für BDE-Betriebsart"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEMUMlokbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEMUMoutbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEMUSlocBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEMUSlocBits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380543
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380543 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380543 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380543 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BDEMUSoutBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380544
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380544 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380544 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380544 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfgrsbr
    "FGR-Sollbeschleunigung bei aktivem Bremseneingriff"
    UBYTE
    bfgrsc_ub_q0p024_o3p984
    1
    100
    -3.984
    2.136

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfgrsc
    "FGR-Sollbeschleunigung für CAN-Ausgabe"
    UBYTE
    bfgrsc_ub_q0p024_o3p984
    1
    100
    -3.984
    2.136

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380558
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380558 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380558 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380558 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfgrs_w
    "FGR-Sollbeschleunigung"
    UWORD
    bfzg_sw_q4p239Em4
    1
    100
    0
    27.7803

    
    FORMAT "%10.7"
    
    ECU_ADDRESS 0x381982
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381982 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381982 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381982 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfmimn
    ""
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfmimx
    ""
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfnmn
    "Bereichsfenster Motorbetrieb, minimale Drehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfnmx
    "Bereichsfenster Motorbetrieb, maximale Drehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfzglf
    "Fahrzeuglängsbeschleunigung gefiltert"
    SBYTE
    bfzg_sb_q0p217
    1
    100
    -27.776
    27.559

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380965
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380965 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380965 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380965 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfzgl_b
    "Fahrzeuglängsbeschleunigung"
    SBYTE
    bfzg_sb_q0p217
    1
    100
    -27.776
    27.559

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfzgl_w
    "Fahrzeugbeschleunigung in Längsrichtung"
    SWORD
    bfzg_sw_q4p239Em4
    1
    100
    -13.8904
    13.8899

    
    FORMAT "%10.7"
    
    ECU_ADDRESS 0x380B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgagraLokBits20ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380509
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380509 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380509 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380509 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGARNWausbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGARNWlokbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGBNausbits0
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38074C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgcvn_bits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgdsadAusBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38075F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgdsadAusBitsNov
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383289
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383289 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383289 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383289 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGDVEintbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383283
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383283 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383283 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383283 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGELSVLokBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bglbzausbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D9F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgra_c_um
    "Fehlerzähler: Botschaftsabsicherung GRA-Botschaft"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38040C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGRPSlokbits0
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38078A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtabstBits1_50ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtabstBits2_50ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtabstBits3_1000ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383290
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383290 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383290 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383290 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtumgBits_1000ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BKVlokbits0
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    blrntim
    ""
    UBYTE
    t20msxs_ub_q0p02
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bmlosctr_u
    "Zähler (byte) Neusynchronisationen durch Lückenverlust"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bmLosCtr_w
    "Zähler (Word) Neusynchronisationen durch Lückenverlust"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bmzzyl
    "Initialisierungswert Zylinderzähler nach erster Bezugsmarke"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bnokat_w
    "Beladung NOx-Speicherkatalysator"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3850EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bracc_c_um
    "Entprellzähler für betätigte Bremse in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38040D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    brafgr_w
    "Rampenbeschleunigung FGR"
    UWORD
    bfzg_sw_q4p239Em4
    1
    100
    0
    27.7803

    
    FORMAT "%10.7"
    
    ECU_ADDRESS 0x381984
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381984 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381984 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381984 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    brems_c_um
    "Entprellzähler für betätigte Bremse in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38040E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bresp_c_um
    "Entprellzähler für betätigte Bremse"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38040F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bswk_w
    "Fahrzeugbeschleunigung vor Setzwertkorrektur"
    SWORD
    nmotg_sw_b13p89
    1
    100
    -13.89
    13.8896

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381986
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381986 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381986 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381986 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzgra_a_um
    "Botschaftszähler (alter Wert) der GRA-Canbotschaft in der Überwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380410
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380410 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380410 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380410 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzgra_um
    "Botschaftszähler der GRA-Canbotschaft in der Überwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380411
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380411 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380411 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380411 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzmsr_a_uc
    ""
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3809A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzmsr_a_um
    "alter MSR-Botschaftszähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38044F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_air
    "Botschaftszähler der Airbag-Botschaft"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380559
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380559 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380559 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380559 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_can
    "Botschaftszähler bei ASR/MSR"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380705
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380705 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380705 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380705 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_cang1
    "Botschaftszähler der Botschaft Getriebe 1"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38055A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_cange
    "Botschaftszähler aus Getriebe 2"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38055B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_cmf
    "Botschaftszähler für Botschaft Motor Flexia"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38055C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_diff
    "Botschaftszählerdifferenz Botschaft Bremse 1"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380706 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380706 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_gra
    "CAN-Botschaftszähler für GRA"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38070F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38070F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38070F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38070F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_mot6
    "Botschaftszähler Motor6"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38055D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_msr
    "MSR-Botschaftszähler"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380707
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380707 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380707 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380707 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_msr_bt
    "MSR-Botschaftszähler im Befehlstest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_0101_ack
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_0101_ident
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_0101_notadr
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_0101_switch
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_1stedge
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_2ph
    "Bedingung, daß zweite Phasenflankeninformation vorliegt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_3ph
    "Bedingung, daß dritte Phasenflankeninformation vorliegt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_4wd
    "Bedingung Allrad-Antrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aabks
    "Bedingung Adaption abgeschlossen BKS"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380740 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380740 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aagrubok
    "U-Bat. fuer AGR-Komponente i.O."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aagsg
    "Bedingung AAG-SG verbaut"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F92 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F92 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aakuppl
    "Anforderung Adaption Kupplung Homogenbetrieb vom Getriebe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgerr
    "Bedingung Fehler am Abgassystem"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgien
    "Bedingung Ende 1000 KWU Intervall"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38325C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgle
    "Bedingung: Fehler beim Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgstg
    "Bedingung Modelltemperatur (tkatm od. tanhkm_w) hinter KAT ist oberhalb Schwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgy
    "Kennung Y-Konfiguration des  Abgassystems"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ablabs
    "Bedingung lambda-Abnahme ausreichend bei betriebsbereiter Sonde"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ablama
    "Bedingung lambda-Abnahme ausreichend für O2-Bestimmung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abor
    "Bedigung Anzahl Starts mit Benzin im Öl für reduzierte LRA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_absdia
    "Bedingung ABS in Diagnose (CAN-Info)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_absfgr
    "Bedingung ABS-Bremsung (als Abschaltbedingung für FGR)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstgp
    "Bedingung Abstellzeitermittlung gültig und plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstmnpl
    "Bedingung Abstellzeit aus Motorabkühlung nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstnl
    "Bedingung Abstellzeitermittlung über SG-Nachlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstnlg0
    "Abstellzeitermittlung über SG-Nachlauf gültig und plausibel, NV-Hilfsgröße"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383290
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383290 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383290 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383290 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstnlgp
    "Bedingung Abstellzeitermittlung über SG-Nachlauf ist gültig und plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstnpl
    "Bedingung Abstellzeitermittlung nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstuhrg
    "Bedingung Abstellzeitermittlung aus Uhr gültig und plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abw
    "Bedingung Abwürgen Motor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abwhno
    "Bedingung Motor abgewürgt (lokal in HNOHK)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abws
    "Bedingung Abwürgeschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_acc
    "Bedingung: ACC-Steuergerät vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accak_um
    "Bedingung ""ACC aktiv"" (CAN-Info vom ACC) für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380401
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380401 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380401 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380401 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accel
    "Status Beschleunigung erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accelu
    "Status Beschleunigung erkannt vor Entprellung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accen
    "Bedingung ADR über Login freigeschaltet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accenc
    "Bedingung ADR über Login freigeschaltet (bei KL15 ein)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accen_um
    "ACC-Einschaltung gültig in der Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380406
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380406 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380406 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380406 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accof_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380406
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380406 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380406 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380406 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_acres
    "Bedingung für Aufbau einer Drehmomentenreserve bei Klimabereitschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ad
    "Bedingung Adaption erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adagren
    "Bedingung Adaption AGR-Offset  enable"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adagrvk
    "Bedingung AGR-Ventil klemmt wdhrend Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adagrvko
    "Bedingung AGR-Ventil klemmt OFFEN wdhrend Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adagvpy
    "Bedingung physikalische Voraussetzugn für Adaption Nulllage AGR erfüllt."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adanf
    "Bedingung Anforderung zur Adaptionsdurchführung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adapak
    "Bedingung Adaption Lightoffkorrekturfaktor aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adb0
    "Bedingung Adaptionsbereich 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adb1
    "Bedingung Adaptionsbereich 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adb2
    "Bedingung Adaptionsbereich 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adbks
    "Bedingung - Adaption freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380740 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380740 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adesuf
    "Bedingung zur Anforderung einer finalen Entschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adesugt
    "Bedingung Anforderung Desulphatisierung wegen Grenztemperatur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adgrok
    "Bedingung Adaptionsgrenzen Speicherkat i.O."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adkose
    "Drosselklappenadaption eingeschwungen(msndko_w und fkpvdk_w)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adlck
    "Richtungsabhängige Startadaptionssperre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adlrnakt
    "Bedingung Offset-Adaption aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adlrnerf
    "Bedingung Lernerfolg Bit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adlrnfg
    "Bedingung Lernfreigabe Bit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adlrnfga
    "Bedingung Lernfreigabe - Anforderung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adlrnwn
    "Lernwertspeicher neuer Wert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adlrnws
    "Lernwertspeicherung Bit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adpfbks
    "Bed. Adaption hat seit letztem Powerfail mindestens einmal stattgefunden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383285
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383285 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383285 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383285 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrgra
    "Bedingung ADR/GRA-Codierung vom SMLS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrkra
    "Bedingung Adaptionswerte von KR resetieren bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrldra
    "Ladedruck Adaptionswerte löschen bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrlra
    "Bedingung Adaptionswerte LRA resetieren bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrmdver
    "Bedingung Verlustmomentenadaption löschen bei Fehlerspeicher Lösschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrmsdk
    "Bedingung Adaptionswerte DK  resetieren bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrsta
    "Bedingung Adaptionswerte von STADAP resetieren bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adsp
    "Bedingung Sperrung Adaption Speicherkat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adspr
    "Adaptionssperrung nach vorheriger Sättigung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adumae
    "Bedingung: Fehler beim Offset-Lernen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adwko
    "Bedingung Adaptionswert Klimakompressor ein verwenden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38091D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adzust
    "Bedingung Adaptionsbewertung: Katzustand i.O."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afgrbs
    "Bedingung Aktualisierung FGR-Bediensignale erforderlich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afklt
    "Bereichsfenster Aussetzer, Bedingung kalt, TMOT<TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38325C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afkpvdei
    "Bedingung Adaption fkpvdk eingeschwungen intern"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383288
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383288 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383288 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383288 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afkpvdke
    "Bedingung Adaption fkpvdk eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aflbkgrd
    "Bedingung: Applikation Adaptionsforderung LBK Steigung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380776 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380776 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aftklt
    "Bereichsfenster Aussetzer, temporär, Bedingung kalt, TMOT<TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38325C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aftwrm
    "Bereichsfenster Aussetzer, temporär, Bedingung warm, TMOT>TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38325C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afupsrl
    "Bedingung: Adaption fupsrl"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afupsrle
    "Bedingung: Adaption fupsrl eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afwe
    "Bedingung Anzahl der Wiedereinsetzfaktoren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afwrm
    "Bereichsfenster Aussetzer, Bedingung warm, TMOT>TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38325C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agr
    "Bedingung AGR ein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agraden
    "Bedingung: AGR-Sollwert aus AGR-Ventiladaption verwenden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrdcoff
    "Bedingung: Disable AGR-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agren
    "Freigabe AGR (Betriebsartenunabh.)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agreson
    "Bedingung: AGR-Endstufe (CJ220) ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrgsg
    "Bedingung AGR Sollwert gueltig fuer gedrosselten Betrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrh
    "Bedingung AGR-Ventil-Hysterese"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrhen
    "Einschaltbedingung AGR für homogene Betriebsmodi"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrhens
    "Freigabe AGR im Homogenbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrinsr
    "Bedingung für Restgas im Saugrohr"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380765
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380765 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380765 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380765 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrk
    "Bedingung AGR-Ventil klemmt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrkzu
    "Bedingung AGR-Ventil klemmt geschlossen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agron
    "Bedingung AGR in Betrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrrdy
    "Bedingung AGR geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrsch
    "Bedingung AGR ein ( geschichtete Betriebsmodi )"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrsen
    "Einschaltbedingung AGR für geschichtete Betriebsmodi"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrsens
    "Freigabebedingungen AGR für Schichtbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrsg
    "Bedingung AGR-Sollwert gültig ( AGR-Sollwert = AGR-Istwert )"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrsr
    "Bedingung AGR-Sollwertregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrss
    "Bedingung AGR-Sollwertsteuerung (Rechteckschwingung)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrssa
    "Bedingung AGR-Sollwertsteuerung (Rechteckschwingung) Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrssm
    "Bedingung Freigabe AGR im Schub moeglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrugd
    "Bedingung AGR ungedrosselt (Istseite)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380760 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380760 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrugdmn
    "Bedingung:"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrugds
    "Bedingung AGR ungedrosselt (Sollseite)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrvbb
    "AGR-VENTIL betriebsbereit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrvpuma
    "Agr-Ventilposition im UMA"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrvtv
    "Bedingung Verdacht auf Stellertausch AGR-Ventil"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airbag
    "Bedingung Airbag ausgelöst"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airbz
    "Bedingung Botschaftszähler der Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airbz1
    "Bedingung Botschaftszählerdifferenz größer Grenzwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airbz2
    "Bedingung Botschaftszählerdifferenz = 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aircan
    "Bedingung Crash vom Airbag-SG"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airnbot
    "Bedingung keine Airbagbotschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aktskr
    "Bedingung Kurztrip SKR aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380616
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380616 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380616 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380616 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ale
    "Bedingung Motorabstellposition erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383270
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383270 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383270 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383270 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsndkoe
    "Bedingung langsamer additiver Massenstromabgleich ist eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrbot
    "Bedingung Botschaft Bremse 1 wird empfangen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsren
    "Bedingung ASR/MSR-Eingriff erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrf
    "Bedingung ASR-MSR Konsistenzfehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrinpl
    "Bedingung ASR/MSR-Eingriff irreversibel verboten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrknpl
    "Bedingung unplausible Konsistenzprüfung bei ASR/MSR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrn
    "Bedingung ASR-MSR nicht aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrnbot
    "Bedingung keine neue ASR/MSR-Botschaft erhalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsr_t
    "Bedinung MSR zulässig (Master-SG)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_analu
    "Ausblendung nach dem ersten erkannten Aussetzer läuft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_andsdbks
    "Bedingung Anzahl der Druckspitzen bez. auf NMOT-Umdrehungen der Kurbelw. zu groß"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anfll
    "Heizanforderung im Leerlauf"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anfskr
    "Bedingung Anfahren erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anlasc
    "Bedingung Anlasser Ausspuren (CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anlaus
    "Bedingung für Anlasser ausgerückt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anlfr
    "Bedingung Anlasser Freigabe (CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anosgamx
    "Bedingung Auswertung NOx-Speichergröße für aktuelle Schwefelvergiftung maximal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anschlag
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anzfspab
    "Bedingung Array für FSPA-Werte ist voll"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anzfspam
    "Bedingung Anzahl fspa-Werte zur Mittelwertbildung erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aomsndke
    "Bedingung langsamer additiver Massenstromabgleich ist eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380759
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380759 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380759 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380759 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_apbrint
    "Bedingung: Adaption pbrint"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_apbrinte
    "Bedingung: Adaption pbrint eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_apdtevxe
    "Bedingung Anzahl der DTEV Tests hat den Maximalwert erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_apnoluv
    "Verriegelungsbit: Applikationshilfe DK-Notluftfahren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_appnolu
    "Bedingung: DK-Notluftfahren durch Applikation angefordert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_apslmds
    "Bedingung: Adaption modellierter auf gemessenem Saugrohrdruck läuft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380759
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380759 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380759 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380759 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_apslmdse
    "Bedingung: Adaption modellierter auf gemessenem Saugrohrdruck eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_apsmldse
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ar
    "Antiruckeleingriff aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arcold
    "Status Hauptkat kalt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_argf
    "Bedingung Gangfenster Antiruckel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arhi
    "Status Abgasreinigung gut"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arhp
    "Status Katschutzanforderung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arhpn
    "Status Katschutzanforderung notwendig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arhthom
    "Status Homogenanforderung dch. Abgasregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arkrit
    "Status Abgasreinigung kritisch"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arlow
    "Bedingung Abgasreinigung gering"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_armed
    "Status Abgasreinigung mittel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_armsp
    "Status NOx-Regeneration über mnosop"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arnhk
    "Bedingung Abgasreinigung über Nach-Kat-Signal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aropt
    "Status Abgasreinigung optimal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_arthkshm
    "Status Hauptkat kalt für hmm-Sperrung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asm
    "Automatisches Schaltgetriebe vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aspelr
    "Bed.: gefilterter an ungefil. AGR-Wert angenähert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asr
    "Bedingung für ASR aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asrakt
    "ASR-Funktion aktiviert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asresp
    "Bedingung ASR/ESP verbaut"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asrfz
    "Bedingung für ASR im Fahrzeug"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asr_can
    "Bedingung ASR-Anforderung über CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asvtl
    "Fehler Diagnose Absperrventil wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ate
    "Bedingung Abgastemperatursensorfehler im System"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atev
    "Bedingung Endstufendiagnose TEV auf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmng
    "Bedingung modellierte Temperaturen aus %ATM nicht gülig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmrtpk
    "Bedingung Integrator iwmatmk für Taupunkt hinter Kat wird zurückgesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmst
    "Bedingung Startwert tabgmst,tkatmst berechnet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpa
    "Bedingung Taupunkt vor Kat ueberschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpf
    "Bedingung Taupunkt vor Kat überschritten (last trip)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpk
    "Bedingung Taupunkt hinter Kat ueberschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpl
    "Bedingung Taupunkt hinter Kat überschritten (last trip)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atr
    "Bedingung Abgastemperaturregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atrb
    "Bedingung gültiger Betriebsbereich für Abgastemperaturregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atrnl
    "Bedingung ATR im Notlauf"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atrsp
    "Bedingung Abgastemperaturregler gesperrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atrzw
    "Bedingung Abgastemperaturregelung für Zündwinkeleingriff"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atrzwnl
    "Bedingung Abgastemperaturregelung für Zündwinkeleingriff im Notlauf"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ausw
    "Bedingung Auswerten nach Verbrennungen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_autget
    "Bedingung Automatikgetriebe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avaaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avaddsv
    "Aktiv-Meldung der Funktion Diagnose Drucksteuerventil"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avafra
    "multiplikativer Bereich der LRA aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avafrat
    "temperaturabhängiger Bereich der LRA aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avaora
    "additiver Bereich der LRA aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avateh
    "Aktiv-Meldung der Funktion Tankentlüftung, hohe Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avatel
    "Aktiv-Meldung der Funktion Tankentlüftung, niedrige Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avatem
    "Aktiv-Meldung der Funktion Tankentlüftung, mittlere Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avaten
    "Aktiv-Meldung der Funktion Notlauf-Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avatevh
    "Aktiv-Meldung der Funktion Diagnose TEV homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avatevm
    "Aktiv-Meldung der Funktion Diagnose TEV mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbagra
    "Aktiv-Meldung der Funktion AGR Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbdlsu
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbfrst
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbfups
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbhmm
    "Aktiv-Meldung Fkt (BDE-Mode Homogen-Mager)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbhom
    "Aktiv-Meldung Fkt (BDE-Mode Homogen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbhos
    "Aktiv-Meldung Fkt (BDE-Mode Homogen-Schicht)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbktsp
    "Aktiv-Meldung der Funktion Kat.-Sprungdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avblahh
    "Aktiv-Meldung der Funktion LambdaShift HOM-SchwingPrüf LS HK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avblahh2
    "Aktiv-Meldung der Funktion LambdaShift HOM-SchwingPrüf LS HK Bank2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avblash
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbllrh
    "Aktiv-Meldung der Funktion Drehzahlabweichung HOM"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbllrm
    "Aktiv-Meldung der Funktion Drehzahlabweichung SCH"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avblsu
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbpbri
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbplsu
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F51
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F51 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F51 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F51 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbsch
    "Aktiv-Meldung Fkt (BDE-Mode Schicht)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbskh
    "Aktiv-Meldung Fkt (BDE-Mode Schicht-Kat-Heizen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbtest
    "Aktiv-Meldung der Funktion Tankentlüftungsstop"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbtevp
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avbtkp
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcair
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcas
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcat
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcbsg
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcge
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcgra
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcif
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcins
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avckla
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avczzz
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avdtehe
    "Bedingung max. Anzahl der Prüfversuche der DTEV im Homogenbetrieb erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avdteme
    "Bedingung max. Anzahl der Prüfversuche der DTEV im Magerbetrieb erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avfra
    "Bedingung multiplikative Gemischadpation aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avfrat
    "Bedingung temperaturabhängige Gemischadpation aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avgecod
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avora
    "Bedingung additive Gemischadaption aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avtevh
    "Bedingung Homogenprüfung der DTEV aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avtevm
    "Bedingung Magerprüfung der DTEV aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avtmki
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_azoffzag
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bafra
    "Zusätliche betriebsartabhängige Laufbereitschaft für multi. Adaptionskorrektur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bafrat
    "Zusätliche betriebsartabhängige Laufbereitschaft für multi. Adaptionskorrektur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bag
    "Bedingung starke Beschleunigungsanreicherung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_baora
    "Zusätliche betriebsartabhängige Laufbereitschaft für additive Adaptionskorrektur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_basch
    "Bedingung Schicht-Betriebsart (Schicht, Schicht-Katheizen) aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_baschs
    "BDE-Betriebsartensollwert schicht (B_schs, B_skhs)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_batevh
    "Bedingung Bereitschaft für Aufsteuerprüfung DTEV im Homogenbetrieb (Lambda = 1)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbagrh
    "Codewort AGR fur homogene Betriebsmodi aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbagrs
    "Codewort AGR fur geschichtete Betriebsmodi aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbdecj
    "Bedingung Abwürgschutz DECJ"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbdokh
    "Betriebsbedingung für Katheizen mit Nacheinspritzung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbkh
    "Bedingung: Anforderungen für Kat-Heizen nach Start werden gestellt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbmrkh
    "Betriebsbedingung für Katheizen mit späten Zündwinkeln (Momentenreserve)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbnsk
    "Bedingung Kat im Betriebsbereich (NOx-Rohmassenstrom)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbnskt
    "Bedingung Kat im Betriebsbereich (NOx-Rohmassenstrom) temporär"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bboak_um
    "Bedingung ""brake booster aktiv"" (CAN) für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380401
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380401 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380401 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380401 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bboe_um
    "Fehlerhafte Botschaft ""Bremsbooster"" in der Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380401
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380401 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380401 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380401 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbovf_um
    "Bedingung ""brake booster verfügbar"" (CAN) für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380401
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380401 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380401 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380401 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbsk
    "Bedingung Betriebsbereich Speicherkatalysator erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbskt
    "Bedingung Betriebsbereitschaft Speicherkat / UMV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbtsk
    "Bedingung Kat im Betriebsbereich (Temperatur)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbubr
    "Bedingung Betriebsbereich Endstufendiagnose durch Versorgungsfehler abschaltbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bdeminst
    "Bedingung Instationärbetrieb bei Betriebsarten-Umschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bdemz
    "Bedingung Betriebsarten-Zwischenzustand"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bdezok
    "Bedingung zum Setzen des Zyklus Flags BDEbedingt  in der Diagnose der Fktüko"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beaatun
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beagre
    "Bedingung Bandende-Funktionsanforderung AGR-Endstufendiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beagrl
    "Bedingung: Bandendetest Diagnose AGR-Lagesensordiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beagrs
    "Bedingung Bandendetest AGR-System"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beagrv
    "Bedingung: Bandendetest Diagnose AGR-Ventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beatnv
    "Bedingung: Bandendefunktionanford. für DGGTNVK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebks
    "Bedingung Prüfung am Bandende"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebkse
    "Bedingung Bandendeanford. für Fehler BKS Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebm
    "Bedingung Bandende-Funktionsanforderung Bezugsmarke erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebrems
    "Bedingung Bandende-Funktionsanforderung Bremsschalter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebwf
    "Bedingung Bandendeanford. für Bewegungsfehler FPM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becair
    "Bedingung Bandende Funktionsanforderung : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becairp
    "Bedingung Bandende Funktionsanforderung : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becas
    "Bedingung Bandende-Funktionsanforderung: CAN-Schnittstelle ABS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becat
    "Bedingung Bandende Funktionsanforderung : CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becbsg
    "Bedingung Bandende Funktionsanforderung : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becge
    "Bedingung Bandende-Funktionsanforderung: CAN-Schnittstelle TCM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becgra
    "Bedingung: Bandendefunktionanford. für Signalfehler CAN-Timeout Botschaft GRA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becif
    "Bedingung Bandende-Funktionsanforderung CAN-Schnittstelle interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becins
    "Bedingung Bandende Funktionsanforderung : Botschaft Kombi"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beckla
    "Bedingung Bandende Funktionsanforderung : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedk
    "Bedingung Bandende-Funktionsanforderung Drosselklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedk1p
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedk2p
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedpl
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedpupsr
    "Bedingung: Bandende-Funktionsanforderung Differenz zwischen pu_w und psr_w"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedsbkv
    "Bedingung Bandende-Funktionsanforderung BKV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedskv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedss
    "Bedingung Bandende-Funktionsanforderung DSS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedsu
    "Bedingung: Bandende-Funktionsanforderung DSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedsv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvee
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvef
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvefo
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvel
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedven
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedver
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvet
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedveu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedveub
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedveuw
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvev
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedylsu
    "Bedingung: Bandendefunktionanford. für DDYLSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befp1p
    "Bedingung Bandendeanford. für Fehler Poti1 FPM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befp2p
    "Bedingung Bandendeanford. für Fehler Poti2 FPM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befpp
    "Bedingung Bandendeanford. für Fehler FPM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befra
    "Bedingung: Bandendefunktionanford. für FRA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befrst
    "Bedingung: Bandendefunktionanford. für LR- Kurztest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_begecod
    "Bedingung Bandende Funktionsanforderung : Getriebecodierung CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_begrbh
    "Bedingung Bandende-Funtionsanforderung für GRA-Bedienteil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevh1
    "Bedingung Bandendetest HDEV, Highside 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevh2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevh3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevh4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevk
    "Bedingung Bandendetest HDEV, Kommunikation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevl1
    "Bedingung Bandendetest HDEV, Lowside 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevl2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevl3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdevl4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behdr
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behelsu
    "Bedingung: Bandendefunktionanford. für DHELSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behla
    "Bedingung: Bandende Funktionsanforderung Gebergröße Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behnohk
    "Bedingung Bandende-Funktionsanforderung für HNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behnohke
    "Bedingung Bandende-Funktionsanforderung für HNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behre
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsh
    "Bedingung: Bandendefunktionanford. für %DHLS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsv
    "Bedingung: Bandendefunktionanford. für %DHRLSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsve
    "Bedingung: Bandendefunktionanford. für DHRLSUE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsvsa
    "Bedingung: Bandendefunktionanford. für %DHLSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beiclsu
    "Bedingung: Bandendefunktionanford. für Prüfung Auswerte-IC der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekat
    "Bedingung Bandende-Funktionsanforderung Katalysatordiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekrnt
    "Bedingung Bandende-Funktionsanforderung Klopfregelung Diagnose Nulltest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekrof
    "Bedingung Bandende-Funktionsanforderung Klopfregelung Diagnose Integrator Offset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekrtp
    "Bedingung Bandende-Funktionsanforderung Klopfregelung Diagnose Testpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beks1
    "Bedingung Bandende-Funktionsanforderung Diagnose Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekuppl
    "Bedingung Bandende-Funktionsanforderung Kupplungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belash
    "Bedingung Bandende-Funktionsanforderung Schwingungsprüfung hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belbk
    "Bedingung Bandende-Funktionsanforderung LBK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belbke
    "Bedingung Bandende-Funktionsanforderung LBK Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belbko
    "Bedingung Bandende-Funktionsanforderung LBK Offset-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belbkp
    "Bedingung Bandende-Funktionsanforderung LBK Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belghmm
    "Bedingung: Bandenendefunktionsanforderung. nicht verwendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bellrh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bellrm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belm
    "Bedingung Bandende-Funktionsanforderung Luftmassensensor (HFM/DSS)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsh
    "Bedingung Bandende-Funktionsanforderung elktr. Diag. Lambda-Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuia
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung IA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuip
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung IP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuks
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung Kurzschluss"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuun
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung UN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuvm
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung VM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsv
    "Bedingung Bandende-Funktionsanforderung elktr. Diag. Lambda-Sonde vor KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belues1e
    "Bedingung Bandende-Funktionsanforderung allgemein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belues2e
    "Bedingung Bandende-Funktionsanforderung allgemein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belzsr
    "Bedingung Bandende-Funktionsanforderung: Leck zum Saugrohr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd
    "Bedingung Bandende-Funktionsanforderung Erkennung mehrfacher Aussetzer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd00
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd01
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd02
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd03
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemdb
    "Bedingung Bandende-Funktionsanforderung MDB"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemdsch
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemsve
    "Bedingung Bandendeanford. für Fehler MSV Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ben
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_benohk
    "Bed. Bandende Funktionsanforderung für NOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_benohkp
    "Bed. Bandende Funktionsanforderung für NOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_benwkw
    "Bedingung Bandende-Funktionsanforderung Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_benx
    "Bedingung: Bandendefunktionanford. für DNMAX"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beora
    "Bedingung: Bandendefunktionanford. für ORA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beph
    "Bedingung: Bandendefunktionanford. für Phasengeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bepllsu
    "Bedingung: Bandendefunktionanford. für DPLLSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_berhom
    "Bedingung Berechnung Homogen-Einspritzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bersch
    "Bedingung Berechnung Schicht-Einspritzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_berskh
    "Bedingung Berechnung Einspritzung für Schicht-Katheizen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besalsu
    "Bedingung: Bandendefunktionanford. für DSALSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besch
    "Bedingung FGR im Zustand Beschleunigen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bescr
    "Bedingung Bandende Funktionsanforderung : Crashabschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besgeew
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beskno
    "Bedingung Bandende-Funktionsanforderung Speicherkatdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beta
    "Bedingung Bandende-Funktionsanforderung Ansauglufttemperaturfühler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betahfm
    "Bedingung Bandende-Funktionsanf. Ansauglufttemperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betankl
    "Bedingung Bandende-Funktionsanforderung TANKL"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betes
    "Bedingung Bandende-Funktionsanforderung Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beteve
    "Bedingung Bandendeanford. für Fehler Tanentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betka
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betm
    "Bedingung Bandende-Funktionsanforderung Motortemperaturfühler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betmki
    "Bedingung Bandende-Funktionsanforderung Motortemperatur üb. Kombiinstrument tmki"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betum
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beub
    "Bedingung: Bandendefunktionanford. für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beubr
    "Bedingung: Bandendefunktionanford. für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufmv
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufnc
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufpr
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufrkc
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufrlip
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufsga
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufsgb
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufska
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufspsc
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beulsu
    "Bedingung: Bandendefunktionanford. für DULSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beurram
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beurrom
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beurrst
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bevab
    "Bedingung EV-Abschaltung auf Bank/Bank1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bevfz
    "Bedingung Bandende-Funktionsanforderung für Fehlerpfad Fahrzeuggeschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bevtk
    "Bedingung: Bandendefunktionanford. für therm. Kat.-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bewfs
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bewfsrc
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezgst00
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezgst01
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezgst02
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezgst03
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bfklt
    "Bereichsfenster Motorbetrieb, Bedingung kalt, TMOT<TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38325C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bfspakt
    "Bedingung Berechnung Speichergröße NOx-Kat aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bfwrm
    "Bereichsfenster Motorbetrieb, Bedingung warm, TMOT>TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38325C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bgagroff
    "Bedingung  Berechnung BGAGR aus"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380760 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380760 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bgrae_um
    "Fehler in GRA-Botschaft in der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bh
    "Bedingung Blockheizerkennung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bhmm
    "Bedingung Break wegen Homogenmager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_biadbks
    "Bedingung Bewertungsintervall abgeschlossen in DBKS"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_binsti
    "Bedingung binäre Stoppbedingung intern, bankübergreifend"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380694 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380694 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_binstop
    "Bedingung binäre Stoppbedingung, bankübergreifend"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380694 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380694 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkaatun
    "Bedingung Ersatzwert für Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkagre
    "Bedingung: Abgasrückführungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkagrl
    "Bedingung: AGR-Ventil Lagesensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkagrs
    "Backup-Bit AGR-System"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkagrv
    "Bedingung: Diagnose AGR-Ventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkatnv
    "Bedingung Ersatzwert aktiv: Abgast.-Sensorsignal hinter dem Vorkatalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbks
    "Bedingung Ersatzwert -Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbkse
    "Bedingung: BKS Endstufe aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbm
    "Bedingung Ersatzwert aktiv: Bezugsmarke"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbrems
    "Bedingung Ersatzwert aktiv: BREMS (Bremsschalter)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbwf
    "Flag für Ersatzwert: PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcair
    "Bedingung : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcairp
    "Bedingung : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcas
    "Bedingung: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcat
    "Bedingung: CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcbsg
    "Bedingung : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcge
    "Bedingung: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcgra
    "Bedingung: CAN-Schnittstelle, Timeout Botschaft GRA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcif
    "Bedingung: CAN-Schnittstelle, interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcins
    "Bedingung: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkckla
    "Bedingung : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdk
    "Bedingung Eratzwert aktiv: Fehler Drosselklappenpoti löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdk1p
    "Bedingung Ersatzwert aktiv: Drosselklappe 1.Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdk2p
    "Bedingung Ersatzwert aktiv: Drosselklappe 2.Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdpl
    "Bedingung: Dauerplus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdpupsr
    "Bedingung: Differenz zwischen Umgebungsdruck und Saugrohrdruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdsbkv
    "Bedingung Ersatzwert aktiv: BKV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdskv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdss
    "Bedingung Ersatzwert aktiv: DSS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdsu
    "Bedingung: Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdsv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvee
    "Bedingung: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvef
    "Bedingung: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvefo
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvel
    "Bedingung: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdven
    "Ersatzwert aktiv: DV-E Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdver
    "Bedingung: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvet
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdveu
    "Ersatzwert aktiv: DV-E UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdveub
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdveuw
    "Bedingung Ersatzwert aktiv: Fehler bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvev
    "Ersatzwert aktiv: DV-E Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdylsu
    "Bedingung Ersatzwert aktiv: Dynamikdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfp1p
    "Bedingung: Fahrpedal 1.Potentiometer aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfp2p
    "Bedingung: Fahrpedal 2.Potentiometer aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfpp
    "Bedingung: Fahrpedal Potentiometer aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfra
    "Ersatzwert für FRA aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfrst
    "Bedingung: LR-Abweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkgecod
    "Bedingung : Getriebecodierung CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkgrbh
    "Bedingung ersatzwert aktiv für GRA-Bedienteil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevh1
    "Backup-Bit HDEV, Highside 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevh2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevh3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevh4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevk
    "Backup-Bit HDEV, Kommunikation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevl1
    "Backup-Bit HDEV, Lowside 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevl2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevl3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdevl4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhdr
    "Bedingung Ersatzwert aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhelsu
    "Bedingung Ersatzwert aktiv: Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhla
    "Bedingung: Ersatzwert aktiv: Gebergröße Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhnohk
    "Bedingung Ersatzwert aktiv: HNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhnohke
    "Bedingung Ersatzwert aktiv: HNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhre
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsh
    "Bedingung: Lambdasondenheizung hinter Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsv
    "Bedingung:Lambdasondenheizung vor Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsve
    "Bedingung Ersatzwert aktiv: Heizer der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsvsa
    "Bedingung:Lambdasondenheizung vor Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkiclsu
    "Bedingung Ersatzwert aktiv: Auswerte-IC für LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkat
    "Bedingung Ersatzwert für Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkrnt
    "Bedingung: Klopfregelung Nulltest aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkrof
    "Bedingung: Klopfregelung Offset aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkrtp
    "Bedingung: Klopfregelung Testimpuls aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkks1
    "Bedingung: Klopfsensor 1 aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkuppl
    "Ersatzwert aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklash
    "Bedingung: Lambdasondenalterung hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklbk
    "Bedingung Ersatzwert aktiv: LBK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklbke
    "Bedingung Ersatzwert aktiv: LBK Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklbko
    "Bedingung Ersatzwert aktiv: LBK Offset-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklbkp
    "Bedingung Ersatzwert aktiv: LBK Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklghmm
    "Bedingung: Backup ->nicht verwendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkllrh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkllrm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklm
    "Bedingung: Hauptlastsensor aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsh
    "Bedingung: Lambdasonde hinter Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuia
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung IA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuip
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung IP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuks
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfungen auf Kurzschluss"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuun
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung UN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuvm
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung VM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsv
    "Bedingung: Lambdasonde vor Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklues1e
    "Bedingung Ersatzwert aktiv: Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklues2e
    "Bedingung Ersatzwert aktiv: Lüftersteuerung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklzsr
    "Bedingung Ersatzwert aktiv: bei Leck zum Saugrohr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd
    "Flag für Ersatzwert: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd00
    "Flag für Ersatzwert: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd01
    "Flag für Ersatzwert: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd02
    "Flag für Ersatzwert: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd03
    "Flag für Ersatzwert: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmdb
    "Bedingung: Momentanüberwachung (bergrenzt dauerhaft) aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmdsch
    "Flag für Ersatzwert: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmsve
    "Bedingung: MSV Endstufe aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkn
    "Bedingung: Drehzahlsignalgeber aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bknohk
    "Bedingung Ersatzwert aktiv: NOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bknohkp
    "Bedingung Ersatzwert aktiv: NOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bknwkw
    "Bedingung: Zuordnung Nockenwelle zu Kurbelwelle aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bknx
    "Flag für Ersatzwert: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkora
    "Ersatzwert für ORA aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkph
    "Bedingung: Phasengeber aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkpllsu
    "Bedingung Ersatzwert aktiv: Plausibilität der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksalsu
    "Bedingung Ersatzwert aktiv: Schubabgleich LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkscr
    "Bedingung: CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksgeew
    "Bedingung: Steuergerät defekt (EEPROM WFS)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkske
    "Aktive Phase PWM-Ausgabe für BKS erfolgt gerade"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkskno
    "Bedingung Ersatzwert für Speicherkat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksnt
    "Fehler Diagnose bedarfsregeltes Kraftstoffsystem schon vor leerem Tank gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkstl
    "Fehler Diagnose bedarfgeregeltes Kraftstoffsystem wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkta
    "Bedingung Ersatzwert für Ansauglufttemperatur (/Ladelufttemp.)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktahfm
    "Bedingung Ersatzwert für Ansauglufttemperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktankl
    "Bedingung: Tank leer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktes
    "Bedingung Ersatzwert aktiv Tankdiagnose Tankentlüftungsventil offen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkteve
    "Bedingung: Tankentlüftungsventil Endstufe aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktka
    "Bedingung Ersatzwert für Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktm
    "Bedingung Ersatzwert für Motortemperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktmki
    "Bedingung Ersatzwert für Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktum
    "Bedingung Ersatzwert für Umgebumgstemperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkub
    "Bedingung Ersatzwert für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkubr
    "Bedingung Ersatzwert für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufmv
    "Bedingung: Funktiosüberwachung Momentanvergleich aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufnc
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufpr
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufrkc
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufrlip
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufsga
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufsgb
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufska
    "Bedingung: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufspsc
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkulsu
    "Bedingung Ersatzwert aktiv: Spannungssignal LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkurram
    "Bedingung: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkurrom
    "Bedingung: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkurrst
    "Bedingung: Rechnerüberwachung: RESET"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkva
    "Bedingung BKV angesteuert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvagrab
    "Bedingung AGR aus wegen Bremskraftverstärker"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvdkhab
    "Bedingung: Momentreserve für KH abschalten, da nicht genügend Unterdruck in BKV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvfz
    "Bedingung Ersatzwert aktiv: Fahrzeuggeschwindigkeitssignal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvkoma
    "Bedingung: (Klima-) Kompressor abschalten, da nicht genügend Unterdruck in BKV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvkomab
    "Bedingung: (Klima-) Kompressor abschalten, da nicht genügend Unterdruck in BKV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvleer
    "Bedingung Bremskraftverstärker ohne ausreichenden Unterdruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvmsisr
    "Bedingung Massenstrom ins Saugrohr aus Bermskraftverstärker"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnhom
    "Bed.: Noftlaufforderung HOM, da Saugrohrdruck>max. gefor. Saugrohrdr.  aus %BKV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnkha
    "Bedingung: LL-Drehzahl für KH abschalten, da nicht genügend Unterdruck in BKV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnkhab
    "Bedingung: LL-Drehzahl für KH abschalten, da nicht genügend Unterdruck in BKV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnpler
    "Bedingung: Npl-Fehler BKV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnplh
    "Bedingung: Healing npl-Fehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnwab
    "Bedingung Nockenwelle in Position mit min- Überschneidung wenn BKV leeer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnwum
    "Bedingung Nockenwelle in Position mit min- Überschneidung wenn BKV leer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvtk
    "Ersatzwert für thermische Kat.-Diagnoe aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvv
    "Bedingung BKV verbaut (für Auswertung Bremse)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvvc
    "Bedingung BKV verbaut (Rohsignal)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkwfs
    "Bedingung: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkwfsrc
    "Bedingung: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzgst00
    "Bedingung: Zylindergleichstellung Zylinder (zzyl=0) aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzgst01
    "Bedingung: Zylindergleichstellung Zylinder (zzyl=1) aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzgst02
    "Bedingung: Zylindergleichstellung Zylinder (zzyl=2) aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzgst03
    "Bedingung: Zylindergleichstellung Zylinder (zzyl=3) aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bl
    "Bedingung Bremslichtschalter betätigt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blkeb
    "MIL-Ansteuerung blinkend eigenbestimmt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blkfb
    "MIL-Ansteuerung blinkend fremdbestimmt durch externes SG"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blkmd
    "MIL-Ansteuerung blinkend durch Aussetzererkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blrka
    "Bedingung gesteuertes Katalysator-Ausräumen angefordert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bm
    "Bedingung Bezugsmarke erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bmsnosb
    "Stopp-Bedingung Berechnung Massenstrom NOx"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bpv
    "Bedingung Betriebspunktveränderung erfolgt für neue Prüfung NOx-Rohemissionen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br
    "Bedingung Bremstestschalter betätigt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br1en
    "Bedingung Empfang Botschaft Bremse 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br2k
    "Bedingung Bremse betätigt 2-kanalig erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br3bot
    "Bedingung Botschaft Bremse 3 wurde empfangen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brems
    "Bedingung Bremse betätigt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brems_um
    "Bedingung Bremse getreten für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brfgr_um
    "Bedingung Bremse getreten für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380406
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380406 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380406 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380406 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brkmdzw
    "Bedingung Abbruch der Berechnung der %MDZW"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bsl
    "Bedingung für Bildung Istwert-Laufgrenze"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bsla
    "Bedingung für Bildung Iswert-Laufgrenze, Teil A"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bslb
    "Bedingung für Bildung Istwert-Laufgrenze, Teil B"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bslc
    "Bedingung für Bildung Istwert-Laufgrenze, Teil C"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bsl_um
    "erkannter Low-Pegel am FGR-Bedienhebelschalter Beschleunigen in Funktionsüberw."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_burn
    "letzte Verbrennung als erfolgreich erkannt (dnmot_w > dnburnsol)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bus_off
    "Bedingung CAN Busoff erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bvhfm
    "Bedingung: Bordnetzversorgung HFM"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bvhls
    "Bedingung: Bordnetzversorgung Lambdasondenheizung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bwf
    "Bedingung: Bewegungserkennung hat Fehler erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bwunpl
    "Bedingung Unplausibilität bei Bewegungserkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bzsync
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95bf0
    "Ansteuersignal zum Einstellen der Filtermittenfrequenz des CC195 (Pin BF0)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95bf1
    "Ansteuersignal zum Einstellen der Filtermittenfrequenz des CC195 (Pin BF1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95bf2
    "Ansteuersignal zum Einstellen der Filtermittenfrequenz des CC195 (Pin BF2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95bf3
    "Ansteuersignal zum Eintstellen der Filtermittenfrequenz des CC195 (Pin BF3)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95diff
    "Ansteuersiganl CC650: Anschlußart des/der Klopfsensor(en)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95ks3
    "Ansteuersignal für den Nulltest des CC195"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cakfhmx
    "Bedingung AKF Kohle voll gesättigt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ECA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_calend
    "Bedingung Ende des Sondensignalabgleichs"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ECA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_calstart
    "Bedingung Start des Sondensignalabgleichs"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ECA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cankbi
    "Bedingung Kombi-Botschaft erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_canlws
    "Bedingung LWS-Botschaft erkannt (bei autom. Erkennung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdagr
    "Funktion über Codewort CDAGR freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdagre
    "Bedingung Endstufendiagnose AGR ein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdagrl
    "Funktion über Codewort CDAGRL freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdagrs
    "Freigabe Diagnose Diagnose AGR System |ber Codewort"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdagrv
    "Diagnose des mechan. Verhaltens des AGR-Ventils über Codewort CDAGRL freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdanws
    "Funktion über Codewort CDNWS freigegeben (Auslaß)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdatnv
    "Bedingung: Funktion über Codewort CDATNV freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdatvh
    "Bedingung: Funktion über Codewort CDATVH freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdbkvp
    "Funktion über Codewort CDBKVP freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cddsbkv
    "Funktion über Codewort CDDSBKV freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cddst
    "Funktion über Codewort CDDST freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cddylsu
    "Funktion über Codewort CDDYLSU freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdedss
    "Funktion %DDSS über Codewort CDEDSS freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdehfm
    "Funktion %DHFM über Codewort CDEHFM in %KONCW freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdenws
    "Funktion über Codewort CDNWS freigegeben (Einlaß)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdfrst
    "Funktion über Codewort CDFRST freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdgts
    "Bedingung: Funktion GGGTS über Codewort CDGGGTS freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhelsu
    "Funktion über Codewort CDHELSU freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhnohk
    "Codewort CDHNOHK abschalten (EURO-Codierung), CD.. = 0 keine Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhnohke
    "Bedingung Funktion über Codewort CDHNOHKE freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhrlsu
    "Bedingung Funktion %DHRLSU über CDHRLSU freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhrlsue
    "Bedingung: Funktion über Codewort CDHRLSUE freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhsf
    "Funktion über Codewort CDHSF freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhsfe
    "Funktion über Codewort CDHSFE freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhsh
    "Funktion über Codewort CDHSH freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhshe
    "Funktion über Codewort CDHSHE freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhsv
    "Funktion über Codewort CDHSV freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhsvsa
    "Funktion über Codewort CDHSVSA freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdiclsu
    "Bedingung: Funktion über Codewort CDICLSU freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdkat
    "Funktion über Codewort CDKAT freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdkatno
    "Funktion über Codewort CWDKATNO freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdkatsp
    "Funktion über Codewort CDKATSP freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdkatspf
    "Funktion DKATSP für Feld- bzw. Strassenbetrieb freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdkatspt
    "Funktion DKATSP für Testerbetrieb freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdkvs
    "Funktion über Codewort CDKVS freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlasf
    "Funktion über Codewort CDLASF freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlash
    "Funktion über Codewort CDLASH freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlatp
    "Funktion über Codewort CDLATP freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlatv
    "Funktion über Codewort CDLATV freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlbk
    "Funktion über Codewort CDLBK freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlbko
    "Funktion über Codewort CDLBKO freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlbkp
    "Funktion über Codewort CDLBK freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdldp
    "Funktion über Codewort CDLDP freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdllr
    "Funktion über Codewort CDLLR freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsf
    "Funktion über Codewort CDLSF freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsh
    "Funktion über Codewort CDLSH freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsv
    "Funktion über Codewort CDLSV freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsvst
    "Funktion über Codewort CDLSVST freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdma
    "Bedingung Ausgabe doppelte Momente auf CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdmd
    "Funktion über Codewort CDMD freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdnohk
    "Codewort CDNOHK abschalten (EURO-Codierung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdnohkp
    "Codewort CDNOHKP abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdnws
    "Funktion über Codewort CDNWS freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdpllsu
    "Bedingung: Funktion über Codewort CDPLLSU freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdsalsu
    "Bedingung: Diagnosefunktion DSALSU über Codewort CDSALSU eingeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdskno
    "Eurocodewort für Funktion %DSKNO"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdsls
    "Funktion über Codewort CDSLS freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdslse
    "Funktion über Codewort CDSLSE freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdswe
    "Funktion über Codewort CDSWE freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdtankl
    "Funktion über Codewort CDTANKL freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdtes
    "Funktion über Codewort CDTES freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdulsu
    "Bedingung: Funktion über Codewort CDULSU freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdvkt
    "Funktion DKATTH mit Euroschalter freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfair
    "Bedingung Fehler in Airbag-Botschaft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfgra
    "Bedingung fehlerhafte CAN-Botschaft GRA-Bediensignale"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfio
    "Bedingung einmal durchlaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfkegs
    "Bedingung: Berechnung in der LRFKEF bzgl. Grosssignalverhalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfugr
    "Bedingung einmal durchlaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D71
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D71 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D71 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D71 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_changeCJ125Init2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_changeCJ12xInit
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cj830off
    "Bedingung CJ830 in Reset Modus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cj830on
    "Bedingung CJ830 ein/aus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ckien
    "Bedingung CAN-Übertragung vom Kombiinstrument enable"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ckrivk
    "Bedingung:  Berechnung von krivk"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A29
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A29 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A29 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A29 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cksbeok
    "Checksumme Berechnungsergebnis ist ok"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cksbrdy
    "Checksummemberechnung ist fertig (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_claatun
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clagre
    "Bedingung Fehlerpfad AGR-Endstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clagrl
    "Bedingung Fehler Lagesensor AGR-Ventil löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clagrs
    "Clear Error AGR System"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clagrv
    "Bedingung Fehler AGR-Ventil löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clatnv
    "Bedingung Fehlerflag ""Abgastemperatursensor defekt"" löschen, hinter d. Vorkat."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbks
    "Bedingung Fehlerpfad : Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbkse
    "Bedingung Fehler BKS-Endstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbm
    "Bedingung Fehlerpfad Bezugsmarkengeber löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbrems
    "Bedingung Fehlerpfad BREMS (Bremsschalter) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbwf
    "Flag für Löschung: PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcair
    "Bedingung Fehlerpfad  cair löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcairp
    "Bedingung Fehlerpfad  cairp löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcas
    "Bedingung Fehlerpfad CAS löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcat
    "Bedingung Fehlerpfad CAT löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcbsg
    "Bedingung Fehlerpfad  cbsg löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcge
    "Bedingung Fehlerpfad CGE löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcgra
    "Bedingung Fehlerpfad  cgra löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcif
    "Bedingung Fehlerpfad CIF löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcins
    "Bedingung Fehlerpfad CINS löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clckla
    "Bedingung Fehlerpfad  ckla löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldk
    "Bedingung Fehlerpfad DK (Drosselklappen-Poti) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldk1p
    "Bedingung Fehlerpfad DK1P (Drosselklappen-Poti 1) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldk2p
    "Bedingung Fehlerpfad DK2P (Drosselklappen-Poti 2) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldkt
    "Bedingung Fehlerpfad DKAT gelöscht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldpl
    "Bedingung Fehler Dauerplus löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldpupsr
    "Bedingung: Fehlerpfad Differenz zwischen pu_w und psr_w  löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldsbkv
    "Bedingung: Fehlerpfad Bremskraftverstärkerdrucksensor löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldskv
    "Bedingung: Fehler Hochdrucksensor löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldss
    "Bedingung: Fehlerpfad Saugrohrdrucksensor löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldsu
    "Bedingung: Fehlerpfad Umgebungsdrucksensor löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldsv
    "Bedingung Fehler DSV löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvee
    "Flag für Löschmaßnahmen: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvef
    "Flag für Löschung: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvefo
    "Flag für Löschung: Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvel
    "Flag für Löschmaßnahmen: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldven
    "Flag für Löschung: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldver
    "Flag für Löschmaßnahmen: DV-E Regelabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvet
    "Flag für Löschung: DV-E-Tauscherkennung ohne Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldveu
    "Flag für Löschung: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldveub
    "Flag für Löschung: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldveuw
    "Flag für Löschung: Fehler bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvev
    "Flag für Löschung: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldylsu
    "Fehlerpfad in DDYLSU löschen."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfp1p
    "Flag für Löschmaßnahmen: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfp2p
    "Flag für Löschmaßnahmen: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfpp
    "Bedingung Fehlerpfad FPP (Fahrpedal-Poti) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfra
    "Bedingung Fehlerpfad FRA löschen (Multipl. Bereich)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfrst
    "Bedingung Fehlerpfad FRST löschen (Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clgecod
    "Bedingung Fehlerpfad  gecod löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clgrbh
    "Flag für Löschmaßnahmen: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevh1
    "Bedingung Fehlerpfad Endstufe Hochdruck-EV 1 High Side HDEVH1 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevh2
    "Bedingung Fehlerpfad Endstufe Hochdruck-EV 2 High Side HDEVH2 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevh3
    "Bedingung Fehlerpfad Endstufe Hochdruck-EV 3 High Side HDEVH3 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevh4
    "Bedingung Fehlerpfad Endstufe Hochdruck-EV 4 High Side HDEVH4 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevk
    "Bedingung: HDEV-Endstufe Konfigurationsfehler löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevl1
    "Bedingung Fehlerpfad Endstufe Hochdruck-EV 1 Low Side HDEVH1 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevl2
    "Bedingung Fehlerpfad Endstufe Hochdruck-EV 2 Low Side HDEVL2 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevl3
    "Bedingung Fehlerpfad Endstufe Hochdruck-EV 3 Low Side HDEVL3 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdevl4
    "Bedingung Fehlerpfad Endstufe Hochdruck-EV 4 Low Side HDEVL4 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhdr
    "Bedingung Fehler HDR löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhelsu
    "Bedingung Fehlerflag ""Heizereinkopplung LSU"" löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhla
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhnohk
    "Bedingung Fehlerpfad HNOHK löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhnohke
    "Clearflag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhre
    "Bedingung Fehlerpfad Hauptrelaisendstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsh
    "Bedingung Fehlerpfad DHLSHK löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsv
    "Bedingung Fehlerpfad DHLSVK löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsve
    "Bedingung Fehlerpfad DHLSVK löschen (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsvsa
    "Bedingung Fehlerpfad DHLSUSA löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cliclsu
    "Bedingung Fehler E_iclsu löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkat
    "Bedingung Fehlerpfad DKAT löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra01
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 1 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra02
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 2 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra03
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 3 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra04
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 4 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkrnt
    "Bedingung Fehlerpfad KR-Diagnose Integratorsteigung löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkrof
    "Bedingung Fehlerpfad KR-Diagnose Resetwert löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkrtp
    "Bedingung Fehlerpfad KR-Diagnose Testimpuls löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clks1
    "Bedingung: Fehlerpfad löschen, Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkuppl
    "Bedingung: Fehlerpfad KUPPL (Gebergröße Kupplung) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllash
    "Fehlerpfad in DLSAHK löschen."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllbk
    "Bedingung: Fehlerpfand ""LBK-Fehler"" löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllbke
    "Bedingung: Fehlerpfad ""LBK-Fehler-Endstufe"" löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllbko
    "Bedingung: Fehlerpfand ""LBK-Fehler Offset-Adaption"" löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllbkp
    "Bedingung: Fehlerpfand ""LBK-Fehler Potentiometer"" löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllghmm
    "Bedingung: Fehler ""Laufgrenzen mehrmals überschritten"" gelöscht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clllrh
    "Fehlerpfad DLLRH löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clllrm
    "löscht Fehlerpfad DLLRM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllm
    "Bedingung: Fehlerpfad Hauptfüllungssensor löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsh
    "Fehlerpfad in DLSH löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuia
    "Bedingung Fehler E_lsuia löschen,"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuip
    "Bedingung Fehler E_lsuip löschen,"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuks
    "Bedingung Fehler E_lsuks löschen,"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuun
    "Bedingung Fehler E_lsuun löschen,"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuvm
    "Bedingung Fehler E_lsuvm löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsv
    "Fehlerpfad in DLSV löschen."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllues1e
    "Bedingung: Fehlerpfad Endstufe Lüftersteuerung 1 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllues2e
    "Bedingung: Fehlerpfad Endstufe Lüftersteuerung 2 löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllzsr
    "Bedingung Fehlerpfad LZSR löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd
    "Flag für Löschung: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd00
    "Flag für Löschung: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd01
    "Flag für Löschung: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd02
    "Flag für Löschung: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd03
    "Flag für Löschung: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmdb
    "Flag für Löschung: Momentenbegrenzung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmdsch
    "Flag für Löschung: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmsve
    "Bedingung Fehler MSV-Endstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cln
    "Bedingung Fehlerpfad Drehzahlgeber löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clnohk
    "Bedingung: Fehlerpfad Diagn. NOx-Sensor (OBD1-Sig.überwachung) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clnohkp
    "Bedingung: Fehlerpfad Diagnose NOx-Sensor (Plausibilität) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clnwkw
    "Bedingung Fehlerpfad Zuordnung Nockenwelle zu Kurbelwelle löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clnx
    "Flag für Löschung: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clora
    "Bedingung Fehlerpfad ORA löschen (additiver Bereich)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clph
    "Bedingung Fehlerpfad PH löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clpllsu
    "Bedingung Fehlerflag ""Plausibilitätsdiagnose LSU"" löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clsalsu
    "Bedingung Fehlerspeicher löschen DSALSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clscr
    "Bedingung CRAS-Signal löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clsgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clsgeew
    "Bedingung Steuergerät defekt  (EEPROM-WFS) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clskno
    "Bedingung Fehlerpfad %DSKNO löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clta
    "Bedingung Fehlerpfad Ansauglufttemperatur (/Ladeluft-) TANS löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltahfm
    "Bedingung Fehlerpfad löschen: Ansauglufttemperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltankl
    "Flag : Fehlerpfad DTANKL soll gelöscht werden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltes
    "Bedingung Fehlerflag ""Tankentlüftungssystem offen"" löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clteve
    "Bedingung Fehlerphad TEVE löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltka
    "Bedingung Fehlerpfad Temperatur Kühlerausgang TKA löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltm
    "Bedingung Fehlerpfad Motortemperatur TMOT löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltmki
    "Bedingung: Fehler Motortemperatur aus Kombiinstrument löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltum
    "Bedingung Fehlerpfad Umgebungstemperatur TUM  löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_club
    "Bedingung Fehlerpfad Batteriespannung (Bordnetz) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clubr
    "Bedingung Fehlerpfad Bordspannung über Hauptrelais  löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufmv
    "Flag für Löschung: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufnc
    "Flag für Löschung: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufpr
    "Flag für Löschung: Fktüberw: Kraftstoffdrucksensor-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufrkc
    "Flag für Löschung: Funktionsüberwachung: Lambda-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufrlip
    "Flag für Löschung: Fktüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufsga
    "Flag für Löschung: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufsgb
    "Flag für Löschung: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufska
    "Flag für Löschung: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufspsc
    "Flag für Löschung: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clulsu
    "Bedingung Fehlerflag ""Spannungsüberwachung LSU"" löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clurram
    "Flag für Löschung: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clurrom
    "Flag für Löschung: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clurrst
    "Flag für Löschung: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clvfz
    "Bedingung Fehlerpfad VFZ (Fahrzeuggeschwindigkeit) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clvtk
    "Bedingung Fehlerpfad VTK löschen (therm. Katalysatordiagnose)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clwfs
    "Bedingung Wegfahrsperre löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clwfsrc
    "Bedingung löschen: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzgst00
    "Bedingung Fehlerpfad Zylindergleichstellung Zylinder (zzyl=0) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzgst01
    "Bedingung Fehlerpfad Zylindergleichstellung Zylinder (zzyl=1) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzgst02
    "Bedingung Fehlerpfad Zylindergleichstellung Zylinder (zzyl=2) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzgst03
    "Bedingung Fehlerpfad Zylindergleichstellung Zylinder (zzyl=3) löschen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cnfwan
    "Bedingung : Drehmomentaufnahme des Wandlers über CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_com1
    "Allgemeine Stopbits für LU und FON"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_com2
    "Allgemeine Stopbits für LU, FON und FOF"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_com3
    "Allgemeine Stopbits für FON und FOF"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_craus
    "Ausgewertet durch LREB: Werkstattbit zum Stillegen LR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crcan
    "Bedingung Crash erkannt (aus plausibilisiertem CAN-Signal)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38341A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38341A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38341A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38341A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crcan_20ms
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crkuk
    "Bedingung Berechnung rkuk"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38081F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38081F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38081F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38081F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cruhom
    "Status Homogenanforderung bei Konstantfahrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cruise
    "Status Konstantfahrt erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crulean
    "Status Cruising mager zulässig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crushmmn
    "Bedingung Sperrung hmm nach Cruising notwendig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crushmr
    "Rücksetzbedingung HMM-Sperrung nach Konstantfahrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crushms
    "Setzbedingung hmm Sperre nach Konstantfahrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_csair
    "Bedingung Checksummenfehler in der Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_csernpl
    "Bedingung automatische Crashsignalerkennung unplausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_csgra
    "Bedingung Checksummenfehler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ctout
    "Bedingung: CAN-timeout Prüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ctum
    "Bedingung: CAN-Singal für Umgebungstemperatur verwendbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ctume
    "Bedingung: CAN-Singal für Umgebungstemperatur fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cvt
    "Bedingung continuously variable transmission"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cvtad
    "Bedingung Adaptionsfreigabe bei CVT-Getriebe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwagrap
    "Bedingung Umschaltung Sollwert AGR-Ventilposition auf Applikationswert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwagrhap
    "Bedingung Codewort AGR Homogenapplikation"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwagrsl
    "Codewort AGR: Schichtbetrieb ohne AGR im LL erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwdagrf
    "Bedingung Codewort für Fehlersetzen über Faktor Steigung AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380501
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380501 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380501 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380501 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwdagrso
    "Bedingung Codewort für Fehlersetzen über Offset AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380502 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380502 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwdagrss
    "Bedingung Codewort für Fehlersetzen über schnelle AGR Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380502 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380502 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlg
    "Diagnose-Laufgrenze freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlsfdyn
    "Beding. Abschaltung für Teilfunktion Dynamikprüfung Sonde h. FrontKAT in %DLSAFK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlsfsch
    "Bed.  Abschaltung für Teilfunktion im Schub Sonde hinter Front KAT in %DLSAFK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlsfvl
    "Bed. Abschaltung für Teilfunktion im Vollastbetrieb Sonde h. FrontKAT in %DLSAFK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlshdyn
    "Beding. Abschaltung für Teilfunktion Dynamikprüfung Sonde hinter KAT in %DLSAHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlshsch
    "Bedingung Abschaltung für Teilfunktion im Schub Sonde hinter KAT in %DLSAHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlshvl
    "Bed. Abschaltung für Teilfunktion im Vollastbetrieb Sonde hinter KAT in %DLSAHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwslow
    "Beding. Umschaltung Dynamik (Steigung)  auf  Dynamik (Modellierung Masse NOx)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwsnodyn
    "Beding. Abschaltung für Teilfunktion Dynamikprüfung Sonde h. KAT in %DLSAHKBD"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwsnosch
    "Beding. Abschaltung für Teilfunktion  LEANCHECK Sonde h. KAT in %DLSAHKBD"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwsnslow
    "Beding. Abschaltung Teilfunk. Dynamik (Steigung) Sonde h. KAT in %DLSAHKBD"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwzgst
    "Zylindergleichstellung freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dagrhms
    "Bedingung Diagnose AGR im homogen-Mager- oder Schichtbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380502 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380502 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dagrss
    "Bedingung schnelle Diagnose AGR System"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dagrssa
    "Bedingung AGR-Sollwertsteuerung füer AGR-Diagnose Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dagrssf
    "Bedingung Diagnose AGR System im Schub fertig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380500
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380500 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380500 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380500 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dash
    "Bedingung: Dashpot-Änderungsbegrenzung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dashv
    "Bedingung Dashpot verzögert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dashvz
    "Bedingung Umschaltung auf gefiltertes Dashpot-Moment"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dashz
    "Bedingung Umschaltung auf gefiltertes Moment vor Dashpot-Auslösung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_davnoh
    "Bedingung max Delta Offset NOx-Sensor aus Schubabschaltung überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcdisfr
    "Bedingung: Disable DV-E-Endstufe durch den Funktionsrechner"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcdisr
    "Bedingung: DV-E-Endstufenabschaltung wird angefordert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcdis_c_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380407
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380407 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380407 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380407 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcdis_um
    "Fehlerreaktions-Info der Funktionsüberwachung (Abschaltung der DK-Steller-ES)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380404
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380404 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380404 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380404 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcy
    "Bedingung 'driving cycle' erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ddkds
    "Bedingung Umschalten auf rlfdkroh_w und rlfgds_w"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ddylash
    "Bedingung Sonde hinter KAT dynamisch langsam"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_decel
    "Status Verzögerung erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_decelu
    "Status Verzögerung erkannt vor Entprellung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_decr
    "Bedingung Dekrementierung Startadaptionsfaktor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_delaysyn
    "Flag für eine Verzögerung um 1 Lücke zur Neusynchronisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_denox
    "Anforderung NOx-Speicherkatregenerierung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380616
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380616 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380616 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380616 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_denoxte
    "Reaktion der TE bei NOx-Speicherkat-Regenerierung erforderlich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desee
    "Diagnose Endstufe: Eingangsbedingungen erfüllt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desend
    "Ende der Anforderung einer Entschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380681
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380681 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380681 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380681 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desendfa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desenfa
    "Ende der Anforderung einer Entschwefelung für Testerkommunikation"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380681
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380681 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380681 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380681 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_deserf
    "Bedingung Entschwefelung erforderlich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380681
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380681 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380681 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380681 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_deserfbg
    "Bedingung Entschwefelung erforderlich, bedarfsgerecht (Sensorauswertung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_deserfmo
    "Bedingung Entschwefelung erforderlich, modelliert (""worst case""-Schwefelgehalt)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desertbg
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desu
    "Anforderung Schwefelregenerierung NOx-Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desuac
    "Bedingung Entschwefelung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desueed
    "Bedingung Extrementschwefelung hat stattgefunden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desurq
    "Anforderung Schwefelregenerierung NOx-Katalysator möglich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desuzwm
    "Bedingung Entschwefelung zweckmäßig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dfkb
    "Bedingung: Beginn der Frontkatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dguddbks
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dhdevee
    "Bedingung Diagnose HDEV-Endstufen Eingeschaltbedingungen erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dhrnio
    "Bedingung Diagnose HR momentan nicht möglich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_diagia
    "Diagnosebedingung Ip<|x| zur Kurzschlußerkennung an IA/IP ausschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_disagr
    "Bedingung AGR disable"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_disagra
    "Bedingung AGR disable bis  Saugrohradaption eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_disagrb
    "Bedingung AGR disable durch Umgebungsfehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_disagrbb
    "Bedingung AGR disable durch Betriebsbedingungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_disagre
    "Bedingung disable AGR wegen Fehler in AGR-System"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_disagrfe
    "Bedingung AGR disable durch Fehler Fuellungserfassung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dismdf
    "Bedingung Deaktivierung der Mager-Diagnosefunktionen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkaden
    "Bedingung: DK-Sollwert aus DK-Adaption und -Prüfung verwenden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkbew
    "Bedingung: DK hat sich bewegt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkifm
    "Integratorfreigabe für Fett-Mager-Auswertung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkifma
    "Abbruch Integratorfreigabe für Fett-Mager-Auswertung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dknach
    "Dauer-RAM, Bedingung: DK im Nachlauf stromlos und in NLP"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383283
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383283 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383283 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383283 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dknolu
    "Bedingung Drosselklappensteller stromlos"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dknot
    "Bedingung DK-Poti-Notfahren aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dko2vk
    "Bedingung aktueller Adaptionswert wird verwendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1e
    "Bedingung Fehler DK-Poti 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1ev
    "Bedingung Vorläufige Bereichsverletzung DK-Poti 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1mn
    "Bedingung Bereichsverletzung DK-Poti 1 nach unten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1mx
    "Bedingung Bereichsverletzung DK-Poti 1 nach oben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1np
    "Bedingung DK-Poti 1 unplausibel zu Ersatzwert aus Füllung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2e
    "Bedingung Fehler DK-Poti 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2ev
    "Bedingung Vorläufige Bereichsverletzung DK-Poti 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2mn
    "Bedingung Bereichsverletzung DK-Poti 2 nach unten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2mx
    "Bedingung Bereichsverletzung DK-Poti 2 nach oben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2np
    "Bedingung DK-Poti 2 unplausibel zu Ersatzwert aus Füllung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkpaw
    "Bedingung DK-Poti-Auswahl für DK-Sensor-Ersatzbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkpiu
    "Bedingung: irreversible SKA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkpru
    "Bedingung: reversible SKA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkpu
    "Bedingung Sicherheitskraftstoffabschaltung (SKA)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dksbeg
    "Bedingung DK-Sollwertbegrenzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktb
    "Bedingung: Beginn der Katdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktbi
    "Bedingung: Beginn der Katdiagnose, interne Bedingung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktens
    "DKAT für diesen Trip nicht mehr aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380689
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380689 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380689 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380689 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktgtv
    "Katdiagnose: Bedingung Temperaturgradient-Verzögerungszeit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380693
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380693 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380693 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380693 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktkas
    "Kat.-Ausräumprüfung gestoppt bei Katdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktlbi
    "Bedingung: Laufbereitschaft der Hauptkatdiagnose, interne Bedingung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktle
    "Bedingung: Katdiagnose, Lambda eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktm
    "Bedingung: Meßbeginn, Katdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktme
    "Bedingung: Meßende, Katdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktn
    "Katdiagnose wegen Drehzahlgrenzen gesperrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380694 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380694 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktr
    "Bedingung. Katdiagnose im Referenzzustand"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktre
    "Bedingung Katdiagnose: Referenzzustand erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktrg
    "Bedingung. GutKat. durch NOxKat.-Regeneriersteuerung erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktsbs
    "Bankspezifische Stoppbedingung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktsps
    "physikalische Stoppbedingung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkttks
    "Katdiagnose temperaturbedingt gesperrt (Kat-Temperatur)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380693
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380693 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380693 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380693 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktts
    "Katdiagnose durch Verzögerungszeit nach Motorstart gesperrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380694 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380694 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkuevab
    "Bedingung Ev-Abschaltung bei unplausibler DK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkunb
    "Bedingung: Drosselklappenposition unbekannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvbdepl
    "Bedingung Plausibilitätsüberprüfung KVS durchführen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvsf
    "Bedingung: Freigabe des Fehlers"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvsfm
    "Bedingung: Freigabe des Fehlers (Flipflop Ausgang)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F8C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F8C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvstr
    "Bedingung: Integrator bei Tankleer zurücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahieg
    "I-Anteil der Führungsregelung eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahimn
    "Bedingung: dlahii_w < SDLAOFMN"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahimx
    "Bedingung: dlahii_w > SDLAOFMX"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahini
    "Bedingung Intiliasierung Integralanteil LRSHK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahini2
    "Bedingung Intiliasierung Integralanteil LRSHK, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlams
    "Bedingung Lambdaverstellung für Integrator hat max. Grenzwert erreicht."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlash
    "Bedingung Freigabe Schwingungsprüfung hinter Kat."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlgapp
    " Laufgrenze überschritten, Applikationshilfe (per Codewort cwlg Bit 3 zuschaltba"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlgflt
    "Error: Laufgrenze mehrmals überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlgoff
    "Error: Laufgrenze überschritten keine Heilung erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlgrec
    "HMM-Betrieb nach Überschreitung Laufgrenze wieder zugelassen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlgstp
    "Laufgrenze überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dllr
    "Aktive diagnose: Leerlaufstellerdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dllrfg
    "physikalische Freigabe DLLR (allgemen)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dllrh
    "DLLR im Homogenmodus aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dllrimnh
    "Bedingung Aufweitung der Integratoruntergrenze in Homogenbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dllrimnm
    "Bedingung Aufweitung der Integratoruntergrenze in Magerbetriebsarten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dllrm
    "DLLR aktiv im Magermodus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrbe
    "Bedingung: DLR-Stellbereich wurde überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrien
    "Bedingung: keine temp. Begrenzung des I-Anteils im DLR durchführen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrikla
    "Bedingung: DLR, I-Klein aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlriklst
    "Bedingung: Erster Durchlauf I-Klein nach Start"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrparc
    "Bedingung: Sollgrößensprung steht an"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrpide
    "Bedingung: Fehler, DLR-Stellbereich am Anschlag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrspid
    "Bedingung: DLR, Vorzeichen der Summe der PID-Anteile, =1: positiv, =0: negativ"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrumzu
    "Bedingung: NLP-Umladen zugelassen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dls
    "Bedingung DLS-Funktion aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dluerk
    "Aussetzer erkannt, aus DMDDLU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlutpn
    "Positiv-negativ-Differenz der Laufunruhe ist größer Schwelle, DLUTPN > LURPN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlutr
    "Differenz der Laufunruhe um den Referenzwert ist größer Schwelle, DLUTR > LURR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmdstop
    "Ev-Abschaltung aktiv --> Aussetzerekennung sperren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmrwan
    "Bedingung Aufbau Momentenreserve für Wandlermoment"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmverlin
    "Bedingung dmverl = 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmxagrl
    "Diagnose Max. Error DFP_AGRL freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmxagrv
    "Diagnose Max. Error DFP_AGRV freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnlubr
    "Bedingung Diagnoseprüfung im Steuergerätenachlauf für UBR durchgeführt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnmcan
    "Vorzeichen Drehzahlgradient für CAN-Ausgabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnpagrl
    "Diagnose np. Error DFP_AGRL freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnsll
    "Bedingung SA-Drehzahl-Hysterese DNSLL"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnt
    "Aktive Diagnose: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dntb
    "Bedingung Diagnose: Bereitschaft zum Nulltest (Nulltest im nächsten MF)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dopzue
    "Bedingung doppelte Zündausgabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dopzue_i
    "Bedingung doppelte Zündausgabe : interner puffer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dotakt
    "Bedingung Start eines Doppeleinspritzzyklusses in Betriebsart skh"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dp
    "Bedingung: Dashpotwert größer Fahrerwunsch (=1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dprsollp
    "Flag: Solldruckerhöhung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dqchk
    "Bedingung gefilterte Steigung vp-Signal verzögert über Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380617
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380617 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380617 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380617 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dqmax
    "Bedingung max. Steigung erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dqvpfs
    "Bedingung min. Steigung überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dr
    "Bedingung Diagnoseraster"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_drinosp
    "Bedingung NOx-Sensor Innenwiderstandssprung erkannt für Diagnosefreigabe %BBNOHK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_drknv
    "handshake 10ms - KR.synchro"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_drlkrdy
    "Flag für n > NKRUM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_drlkrdyof
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_drlkrdy_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_drlmx
    "Laständerung unterhalb Schwellwert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ds
    "KR: Sensordiagnose aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ds2
    "Sensordiagnose aktiv, untere Schwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dshk
    "Bedingung Diagnosefunktion in %DLSH und %DHLS mit i.O.-Meldung h. KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsiagrl
    "Diagnose Si. Error DFP_AGRL freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslafa
    "Anfoderung Kurztest oder Adaption in DSLSXXX"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslvh
    "Bedingung Ladedrucksensor vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsmfause
    "Kurztest laufbereit; Prioanhebung für DSM Betriebsart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dssakt
    "Bedingung Saugrohrdrucksensor ist Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsseg
    "Bedingung elektr. Fehler Saugrohrdrucksensor  nicht vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dssg
    "Bedingung  Saugrohrdrucksensor  gültig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dssv
    "Bedingung Saugrohr-Drucksensor vorhanden als Hauptlastsensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsuv
    "Umgebungsdrucksensor ist vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsvap
    "Bit Applikationswert Tastverhältnis aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsvtl
    "Fehler Diagnose DSV wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtdisagr
    "Sperrung AGR durch bei aktiver TEV-Prüfung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteaa
    "Bedingung Aufsteuerprüfung für TEV Diagnose aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteaam
    "Bedingung Aufsteuerprüfung für TEV Diagnose aktiv möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteaamf
    "Bedingung positive Flanke von B_dteaam (Aufsteuerprüfung möglich)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteabu
    "Bedingung Abbruch TE Diagnose ohne Prüfergebnis"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteabum
    "Bedingung Prüfung DTEV im Mageren nicht möglich => Zeit abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteanfl
    "abgelaufene Zeit ab die, das Tastverhälnis aus DTEV größer Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteend
    "Bedingung Diagnose TEV erfolgreich zu Ende"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteendl
    "Bedingung Diagnose TEV über Luftprüfung erfolgreich zu Ende"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtefrr
    "Bedingung Lambdareglerreset bei Tankentlüftungsdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteikanm
    "Bedingung Prüfung DTEV über Gemischauswertung nicht möglich => Abbruch"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtelnm
    "LL-Prüfung Diagnose TEV nicht möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtelnmv
    "Vorbehalt: LL-Prüfung Diagnose TEV nicht möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtenm
    "Bedingung TEV Diagnose nicht möglich (z.B. Klimaanlage schaltet ein)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtepf
    "Bedingung Prüfung DTEV generell freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtepfa
    "Bedingung Aktivprüfung DTEV generell freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtepfp
    "Bedingung Passivprüfung DTEV generell freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtepha
    "Bedingung physikalische Freigabe Aktivprüfung DTEV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtephm
    "Bedingung physikalische Freigabe DTEV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtepm
    "Bedingung passive TEV Diagnose möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteres
    "Bedingung TEV Diagnose Reset"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtes
    "Aktive Diagnose: Tankentlüftungssystem"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtest
    "Start für TEV-Ansteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtezam
    "Bedingung Diagnose TEV für Zusteuer-/Aufsteuerprüfung ist möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtezamh
    "DTEV für Prüfung im Homogenbetrieb Lambda=1 freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtezamm
    "DTEV für Prüfung im Magerbetrieb Lambda>1 freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtmbh
    "Bedingung Temperaturkorrektur bei Blochheizerkennung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtp
    "Aktive Diagnose: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtpb
    "Bedingung Diagnose: Bereitschaft zum Testpuls (Testpuls im nächsten MF)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtuma
    "Bedingung Pull-Down Integrator AGR-Ventil aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dubre
    "Bedingung Freigabe Diagnoseprüfung für UBR-Eingang (Versorgung über Hauptrelais)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dufzok
    "Allgemeine Bedingung zum Setzen des Zyklus Flags in der Diagnose der Fktüko"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dupw
    "Bedingung Abweichung zwischen Poti 1 und 2 zu groß"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dupw12
    "Bedingung zulässige Abweichung zwischen PWG-Poti 1 und 2 überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_durdbks
    "Bed. Gegenmaßnahme kritischer Drucküberschwinger beenden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dusdbks
    "Bed. Gegenmaßnahme kritischer Drucküberschwinger setzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dushkvl
    "Bed. Schwelle für Sonde h. KAT bei Vollast nicht überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dushsch
    "Bedingung Schwelle für Sonde hinter KAT im Schub nicht unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dveada
    "Bedingung: DV-E-Adaption sperrt Einspritzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dveese
    "Bedingung: DV-E-Endstufen-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dveesh
    "Bedingung: DV-E-Enstufen-Heilung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dveeson
    "Bedingung: DV-E-Endstufe ist eingeschaltet = P_dveeson"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dvete
    "Bedingung: Erweiterte Stellertauscherkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dvetv
    "Bedingung: Verriegelungsbit erweiterte Stellertauscherkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dvpgef
    "Bedingung neuer Wert für Delta vp-Signal Knickpunk1/Knickpunkt2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380617
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380617 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380617 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380617 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dwdksugd
    "Delta Sollwinkel Drosselklappe ab Beginn ungedrosselt aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylash
    "Bedingung Sonde hinter KAT dynamisch langsam"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylsu
    "Dynamik LSU geprüft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylsuav
    "Dynamiküberwachung LSU aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylsuf
    "Freigabe Dynamikprüfung LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dyslsu
    "Steigung LSU geprüft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dyslsua
    "Dynamikprüfung Steigung LSU aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dzai
    "Bedingung doppelte Zündausgabe interne Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eagre
    "Einstufenfehler AGR erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eagrhom
    "Bedingung Fehler AGR in Homogen-Betriebsart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383249
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383249 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383249 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383249 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eagrlv
    "AGR-VENTIL Fehlerverdacht Lagesensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eagrof
    "Bedingung Fehler Toleranz AGR-Spannungsoffset"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eagrsch
    "Bedingung Fehler AGR in Schicht-Betriebsart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383249
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383249 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383249 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383249 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eagrvv
    "Bedingung AGR-Ventilklemmverdacht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eahom
    "Bedingung Einspritzart Homogen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eahomb
    "BDE-Einspritzart homogen (B_hom, B_hmm, B_hos) gepuffert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eahoms
    "Bedingung Soll-Einspritzart Homogen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_easch
    "Bedingung Einspritzart Schicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_easchs
    "Bedingung Soll-Einspritzart Schicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ebDavT
    "Bedingung ETK_Bypass Daten verfügbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ebDavY
    "ETK-Bypass Daten vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ebkvl
    "Bedingung: Leckage bei BKV-DS"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ectal
    "Bedingung Tankinfo vom Kombi ist fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edaglr
    "Bedingung Fehler Diagnose AGR (betriebsartenunabhaengig)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edagrs
    "Bedingung internes Fehlerbit AGR System"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edagrss
    "Bedingung interner Fehler schnelle AGR Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380501
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380501 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380501 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380501 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edge
    "Übergang zwischen zwei BDE- Betriebsarten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edks
    "Bedingung Fehler Drosselklappen-Sensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edkt
    "Bedingung: Katdiagnose: Schlechtprüfung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edkvs
    "Bedingung Adaptionsfehlerschwellen aktuell überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edp
    "Bedingung Erlaubnis Dashpot"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edrino
    "Bedingung Fehler Diagnose Ri-NOx Sensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edsfgr
    "Bedingung EDS-Eingriff (als Abschaltbedingung für FGR)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edsli
    "Bedingung Error Drucksensor Ladedruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edss
    "Bedingung Fehler DSS (ohne Entprellung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383286
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383286 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383286 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383286 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eev
    "Bedingung Endstufenfehler EV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DE5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_efra
    "Bedingung Diagnoseschwellen multiplikative Korrektur aktuell überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_efspamn
    "Fehlerbedingung minimale Schwelle von fspa_w unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehdev
    "Bedingung Fehler in den HEDV-Endstufen."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DDB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehfm
    "Bedingung Fehler HFM (ohne Entprellung)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehfs
    "Bedingung Ersatzwert Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehlsu
    "Bedingung Fehler Heizung LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehsve
    "Bedingung Endstufenfehler an der Heizung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eiansch
    "Bedingung Fehler Intergrator der Heizerregelung am Anschlag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eiclsu
    "Bedingung Fehler am Auswerte-IC für die LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekp
    "Freigabe der EKP-Versorgung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekpd
    "Bedingung EKP Dauerbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekponbks
    "Bedingung EKP ein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekps
    "Bedingung schnelle Aktivierung der EKP beim Start"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekpvl
    "Bedingung EKP-Vorlauf"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekpvla
    "Bedingung EKP Vorlauf angefordert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekpvlz
    "Bedingung EKP Vorlauf zulässig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eks
    "Bedingung Klopfsensorfehler erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eksh
    "Hilfsbit: Klopfsensorfehler erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekszk
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekusvk
    "Bedingung: Fehler beim Kennlinienabgleich für Lambda des Auswerte-ICs der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaof
    "Bedingung Error Lambda-Offset LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaofmn
    "Bedingung: Fehler Offsetprüfung LSU zu fett"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaofmx
    "Bedingung: Fehler Offsetprüfung LSU zu mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elbkfa
    "Bedingung: Error lbk für Tester (nach Funktionsanforderung LBK)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elmi
    "Bedingung Error Luftmasse bei Initialisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsd
    "Bedingung Erlaubnis Lastschlagdämpfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elshbb
    "Fehler Lambda Sonde hinter Haupt Kat, Betriebsbereitschaft zurücksetzt."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elshvdk
    "Bedingung hintere Lambdasonden vertauscht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsu
    "Bedingung Fehler oder Fehler-Vormerkung LSU (keine Betriebsbereitschaft)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsuwi
    "Bedingung Leitungsfehler LSU ( intern)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsvdk2
    "Bedingung vorderer Lambdasondenfehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380690
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380690 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380690 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380690 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elzmn
    "minimale Anzahl möglicher KR-Leitzylinder unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elzsr
    "Bedingung: Fehler Leck zum Saugrohr"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DF5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_emwab
    "Bedingung Fehler bei Umschaltfreigabe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38054F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_emwusmx
    "Fehler bei BDE-Modewechsel Umschaltung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380544
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380544 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380544 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380544 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_emxagre
    "Endstufenfehler AGR (internes flag)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enabale
    "Bedingung: Freigabe zur Berechnung der Motorabstellposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enabddg
    "Ausblendung der Drehzahlgeberdiagnose für E_bm"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enable
    "Enable-Bit der Bremslicht-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enabrde
    "Bedingung für Freigabe der Rückdreherkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enaglr
    "Bedingung Fehler Diagnose AGR (betriebsartenunabhaengig)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_endreg
    "Bedingung Ende NOx-Regeneration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380616
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380616 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380616 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380616 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_endthm
    "Bedingung:  Freigabe Thermostatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enfk
    "Bedingung AGR-Faktor-Adaption betriebsartenabh. freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380507
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380507 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380507 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380507 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enfkagr
    "Bedingung phys. Freigabe Faktor-Agr Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380508
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380508 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380508 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380508 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enfmst
    "Bedingung Enable für Filter; Maximum der Steigung übernehmen hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enfmstn
    "Bedingung Enable für Filter; Maximum der Steigung übernehmen für BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enhom
    "Bedingung Enable für Homogenbetrieb für BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enkagr
    "Bedingung Freigabe Korrektur AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380509
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380509 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380509 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380509 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enkb
    "Bedingung AGR-Blenden-Adaption betriebsartenabh. freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380507
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380507 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380507 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380507 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enkbagr
    "Bedingung Freigabe Korrektur Blende AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380508
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380508 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380508 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380508 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enlash
    "Bedingung Test für Schwingungsprüfung abgeschlossen hinteer Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enllri
    "Freigabe Leerlaufregelung: I-Anteil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enlsoni
    "Bedingung Enable für lamsoni zur Messung der Steigung des Sondensignals  für BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enlues
    "Speicherbit für Zyklusflag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enlues1
    "Speicherbit für Zyklusflag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enmdsawe
    "Bedingung Enable Schubabschalten und Wiedereinsetzen über Momenteneingriff"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enmix
    "Dynamikprüfung Steigungsmessung lamsoni_w aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ennptm
    "Bedingung:  Freigabe Unplausibilitätsprüfung Motortemperatursignal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enof
    "Bedingung AGR-Offset-Adaption betriebsartenabh. freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380507
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380507 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380507 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380507 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enofagr
    "Bedingung phys. Freigabe Offset-AGR Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380508
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380508 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380508 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380508 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enohken
    "Bedingung Fehlerfreigabe DNOHK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enohkmn
    "Bedingung Min-Fehler für NOx-Sensor hinter HKat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enohkmx
    "Bedingung Max. Fehler für NOx-Sensor hinter HKat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enohkpe
    "Bedingung Fehlerfreigabe DNOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enopl
    "Bedingung Plausibilitätsfehler über Tankfüllstandserkennung entprellt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enopmn
    "Flagg Min. Plausibilitätsfehler für NOx Sensor h. HKat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enopmx
    "Flagg Max. Pausibilitätsfehler für NOx Sensor h. HKat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enoppl
    "Flagg für Plaus-Fehler fuer NOx Sensor h. HKat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enopsig
    "Flagg Signal-Plausibilitätsfehler für NOx Sensor h. HKat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enosig
    "Bedingung Signalfehler für NOx-Sensor hinter HKat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enplbk
    "Bedingung: nichtplausibler-Fehler Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enplbko
    "Bedingung: NP-Fehler LBKO"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enprsch
    "Bedingung Entprellung Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380549
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380549 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380549 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380549 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enqsyn
    "Bedingung Freigabe PG-Schnellstart"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ensch
    "Bedingung Enable Schichtbetrieb oder Homogenmagerbetrieb für BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enscun
    "Bedingung: Kurzschluß nach Ubat-Erkennung an UN des CJ125 eingeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ensdnox
    "Bedingung enable Sondendiagnose bei NOx-Ausräumung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ensodia
    "Bedingung Freigabe Sondendiagnose für Schwingungsprüfung hinter Katalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ensodias
    "Bedingung Setzen von Freigabe Sondendiag. für Schwingungsprüfung hinter Katalys."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ensol
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enstgno
    "Bedingung Enable zur Messung der Steigung des Sondensignals messen für BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ensynnl
    "Freigabe der Synchronisation für Notlauf-Drehzahlgeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_entest
    "Bedingung Wartezeit abgeschlossen für Test-Überprüfung Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_entprmag
    "Bedingung Entprellzeit bei Umschaltung in Magerbetriebsart abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380522 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380522 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_entprmin
    "Entprellzeit der Betriebsarten abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380522 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380522 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enws
    "Bedingung Fehler Nockenwellenansteuerung liegt vor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eobdlr
    "OBDII-Summenfehler. sperrt die LR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eora
    "Bedingung Diagnoseschwellen additive Korrektur aktuell überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_epcden
    "Bedingung Endtsufendiagnose EPCL erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_epcl
    "Bedingung für Ansteuerung EGAS-Fehlerlampe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eplpupsr
    "Bedingung für Differenz zwischen Umgebungs- und Saugrohrdruck unplausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383289
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383289 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383289 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383289 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eprail
    "Bedingung Fehler im Raildrucksystem"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_epwmcs
    "Bedingung PWM-Crash-Sensor-Signal ist fehlerhaft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erbr
    "Bedingung Bremsschaltersignale unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erdbksx
    "Bed. Fehler aus DBKS Maßnahme X"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erdbksy
    "Bed. Fehler aus DBKS Maßnahme y"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380741
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380741 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380741 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380741 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erelrmax
    "Bedingung Fehler Drucksensor maximale Spannung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380750 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380750 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erelrmin
    "Bedingung Fehler Drucksensor minimale Spannung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380750 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380750 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erimn
    "Bedingung Fehler, rino Minimum unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erimsmn
    "Bedingung Fehler, rino absolute Min-Schwelle unterschritten, Schluß nach Masse"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erimxoe
    "Bedingung Fehler rino im Heizbetrieb am Max-Anschlag Kurzschluss nach +"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erinohtb
    "Bedingung Fehler, rino ohne Heizung außerhalb Toleranzband"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erinohtp
    "Bedingung Fehler, Plausibilität DHNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erinomn
    "Bedingung Fehler, rino Minimum unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erinomx
    "Bedingung Fehler, rino Maximum überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eritb
    "Bedingung Fehler, rino mit Heizer außerhalb des Toleranzbandes"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eritboe
    "rino_w außerhalb des Sollbandes im Heizbetrieb ohne Endstufenabfrage"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_errpllm
    "Bedingung  Fehler für Drucksensorplausibilisierung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380750 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380750 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_errtleer
    "Fehler aufgrund vond Tankfuellststand zeitlich sperren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esabprep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esaktiv0
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esaktiv1
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esaktiv2
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esaktiv3
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esanf0
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esanf1
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esanf2
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esanf3
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esbhap
    "Bedingung Umschaltung Einspritzbeginn homogen auf WESBHAP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esbkhap
    "Bedingung Umschaltung Einspritzbeginn Katheizen auf WESBKHAP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esbpa
    "Bedingung Einspritzbeginnpause BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esbpaakt
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esbsap
    "Bedingung Umschaltung Einspritzbeginn Schicht auf WESBSAP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esdia
    "Endstufendiagnose aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eserr
    "Bedingung kein Fehler in HDEV-Endstufe CJ830/CJ840 aufgetreten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esesap
    "Bedingung Umschaltung Einspritzende Schicht auf WESESAP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esgnps
    "Bedingung Vereisungs-Fehler setzen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eshlsu
    "Bedingung Ende Startsteuerung in %HRLSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esifrst
    "Bedingung das AuswerteSignal fehlt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esilbko
    "Bedingung: SIG-Fehler LBKO"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esknomn
    "Bedingung MIN-Fehler FSPA-Schwellenzähler unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D71
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D71 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D71 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D71 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esstat
    "Bedingung keine Unterspg./Reset in HDEV-Endstufe CJ830/CJ840 aufgetreten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_etafix
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eunosmn
    "Bedingung Fehler NOx-Signal mit Heizung unterhalb des gültigen Bereichs"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eunosmx
    "Bedingung Max-Fehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eunostb
    "Bedingung Fehler NOx-Signal ohne Heizung außerhalb des gültigen Bereiches"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_euo2mn
    "Bedingung Fehler O2-Signal des NOx-Sensors unterhalb des Min-Wertes"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_euo2mx
    "Bedingung Fehler O2-Signal des NOx-Sensors oberhalb des Max-Wertes"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_euo2ntb
    "Bedingung Fehler O2-Signal NOx-Sensor ohne Heizung außerhalb des Toleranzbandes"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evabu
    "Bedingung Ev-Abschaltung durch Überwachungsfunktionen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evakt
    "Bedingung alle Einspritzventile aktiv/angesteuert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evasel
    "Status alle für DASE relevant. lokalen Einspritzventile d. SG werden angesteuert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eveheal
    "Bedingung: Heilungsprüfung HDEV-Endstufe aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DE5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evloc
    "Status: alle lokalen Einspritzventile werden angesteuert, = B_EVTOT bei einem SG"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evlocte
    "Bedingung keine Einspritzausblendung für Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evpmn
    "Bedingung Fehler Vp-Signal kleiner Min-Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evpmx
    "Bedingung Fehler Vp-Signal größer Max-Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evpnomn
    "Bedingung Fehler Vp-Signal ohne Heizung unterhalb Sollbereich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evshon
    "Bed Fehlerverdacht Vs-Zelle  unterschreitet n. Freigabesp. für NOx-Heizer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evsmn
    "Bedingung Fehler Vs-Signal d. NOx-Sensors kleiner als Min-Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evsnomn
    "Bedingung Fehler Vs-Signal d. NOx-Sensors o. Hzg unterhalb d. gültigen Bereichs"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evssbmn
    "Bedingung Fehler Vs-Signal des NOx-Sensors unterhalb des Sollbands"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evssbmx
    "Bedingung Fehler Vs-Signal des NOx-Sensors oberhalb des Sollbands"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evzaush
    "Aktuelle Einspritzung Homogen wird ausgeblendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evzauss
    "Aktuelle Einspritzung Schicht wird ausgeblendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fa
    "Bedingung Funktionsanforderung allgemein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faa
    "Bedingung Funktionsanforderung automatischer Testablauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faadagl
    "Bedingung externe Anforderung der Adaption Lagesensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faadkl
    "Bedingung Funktionsanforderung Adaption AGR-Drosselklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faagr
    "Bedingung Funktionsanforderung AGR und Diagnose für Kurztest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faam
    "Anforderung allgemeine Momentenreserve Kurztrip"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faan
    "Bedingung Funktionsanforderung Allgemeine Drehzahlerhöhung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faatlb
    "Bedingung Funktionsanforderung ATL-Bypass"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faatm
    "Bedingung Funktionsanforderung kurze Taupunktendezeiten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fabks
    "aus %TKMWL: Bedingung Funktionsanforderung BKS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fabkv
    "Bedingung: Funktionsanforderung Bremskraftverstärker"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fabr
    "Bedingung Fahrer bremst aus CAN-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fabr_um
    "Bedingung ""Fahrer bremst"" (CAN) für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380401
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380401 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380401 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380401 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fadesu
    "Bedingung Funktionsanforderung NOx-Kat Desulfatierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fadylsu
    "Bedingung Funktionsanforderung Dynamikdiagnose der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fadylsu2
    "Bedingung Funktionsanforderung Dynamikdiagnose der LSU, Bank2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faevz
    "Bedingung Zylinderausblendung durch Tester"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faezla
    "Bedingung : Funktionsanforderung DEZLA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fafrst
    "Funktionsanforderung Kurztest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fahsh
    "Bedingung Funktionsanforderung Diagnose Heizung Hinterkat-Lambdasonde"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakat
    "Bedingung Funktionsanforderung Katalysatorüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakat2
    "Bedingung Funktionanforderung Katalysatorüberwachung (Stereo 2.Bank)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakd
    "Bedingung Funktionsanforderung Kick-Down-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakmtr
    "Bedingung Funktionsanforderung Kühlmitteltemperaturreglung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakrs
    "Bedingung Funktionsanforderung Klopfsensordiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakth
    "Bedingung Funktionsanforderung thermische Katalysatordiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakth2
    "Bedingung Funktionsanforderung thermische Katalysatordiagnose, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakvs
    "Funktionsaufforderung Diagnose Kraftstoffsystem für Schnelltest"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falash
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falbk
    "Funktionsaufforderung Offsetlernen der LBK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faldp
    "Bedingung Funktionsanforderung Leckdiagnosepumpe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falr
    "Bedingung: Funktionsanforderung Lambdaregelung aus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falra
    "Bedingung: Funktionsanforderung Lambdaregelung-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrsfk
    "Bedingung Funktionsanforderung LRFKEB"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrshk
    "Bedingung Funktionsanforderung LRSHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrshk2
    "Bedingung Funktionsanforderung LRSHK Bank 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsf
    "Bedingung Funktionsanforderung Lambda-Sonde hinter Front KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsf2
    "Bedingung Funktionsanforderung Lambda-Sonde hinter Front KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsfhv
    "Bedingung-Funktionsanforderung Front/Hinter Hauptkat. LS Vertauschung diagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsfhv2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsh
    "Bedingung Funktionsanforderung Lambda-Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falshv
    "Bedingung Funktionsanforderung für Kurztrip Vertauschung Lambda-Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsu
    "Bedingung Funktionsanforderung Lambda-Sonde vor KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsv
    "Bedingung Funktionsanforderung Lambda-Sonde vor KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsv2
    "Bedingung Funktionsanforderung Lambda-Sonde vor KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falues
    "Bedingung Funktionsanforderung Lüfteransteuerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falzsr
    "Bedingung Funktionsanforderung Diagnose Leck zum Saugrohr für Kurztest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_famsv
    "Bedingung Funktionsanforderung Diagnose Mengensteuerventil BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fan
    "Bedingung Funktionsanforderung Drehzahlerhöhung für Kurztrip"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanfg
    "Freigabebit für Drehzahlanforderung bei Bandendetest"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38091B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanohk
    "Bedingung Funktionsanforderung Diagnose NOx-Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwkw
    "Bedingung Funktionsanforderung Nockenwellenstellung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanws
    "Bedingung Funktionsanforderung Diagnose Nockenwellensteuerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwsa
    "Bedingung Funktionsanforderung Diagnose Nockenwellensteuerung (Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwse
    "Bedingung Funktionsanforderung Diagnose Nockenwellensteuerung (Einlaßseitig)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faobv
    "Bedingung Funktionsanforderung Overboost-Verbot"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faomsv
    "Bedingung Funktionsanforderung Öffnen MSV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fapllsu
    "Bedingung Funktionsanforderung Plausibilitätsdiagnose der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fapllsu2
    "Bedingung Funktionsanforderung Plausibilitätsdiagnose der  LSU (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasalsu
    "Bedingung: Funktionsanforderung Schubabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasf
    "Bedingung Funktionsanforderung Schwingungsprüfung hinter Front KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasf2
    "Bedingung Funktionsanforderung Schwingungsprüfung hinter Front KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fash
    "Bedingung Funktionsanforderung Schwingungsprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fash2
    "Bedingung Funktionsanforderung Schwingungsprüfung Bank2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faskno
    "Bedingung Funktionsanforderung Speicherkatdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faskno2
    "Bedingung Funktionsanforderung Speicherkatdiagnose Bank 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasls
    "Bedingung Funktionsanforderung Sekundärluftsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fates
    "Bedingung Funktionsanforderung Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatnv
    "Bedingung: Funktionsanforderung %DGGTNVK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatnv2
    "Bedingung: Funktionsanforderung %DGGTNVK Bank 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatnvon
    "Bedingung: B_fa und B_fatnv gesetzt, Fkt.-Anforderung DGGTNVK eingeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatp
    "Bedingung Funktionsanforderung TP-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatp2
    "Bedingung Funktionsanforderung TP-Überwachung Bank2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatv
    "Bedingung Funktionsanforderung TV-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatv2
    "Bedingung Funktionsanforderung TV-Überwachung Bank2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fbagreg
    "Bedingung Faktor Blende korrektur AGR eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380502 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380502 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fbagrmn
    "Bedingung Faktor Korrektur (Blende) Massenstrom AGR minimum"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380501
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380501 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380501 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380501 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fbm
    "Bedingung Bezugsmarkenfehler => mindestens 1 Zahn zuviel oder zuwenig erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fbsatm
    "Bedingung: Faktor Bauteileschutz abhängig vom Abgastemperaturmodell"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fdyfgr
    "Bedingung Eingriff Fahrdynamikfunktion (als Abschaltbedingung für FGR)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fedkb
    "Bedingung Füllungserfassung drosselklappenbasiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ff
    "Bedingung Folgefunkenzündung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ffhsc
    "Bedingung B_fgrhsc gesetzt während B_fgrhs"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ffsn2_i
    "Bedingung Folgefunkenzündung 2tes Ladeereignis"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ffspa
    "Bedingung Fast FSPA erhalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ff_i
    "Bedingung Folgefunkenzündung: interner Puffer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgabgagr
    "Bed. Freigabe der add. Abgleiche zw. gemessenen und berech. SG-Druecke bei AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380508
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380508 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380508 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380508 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgabgl
    "Bedingung Freigabe des Füllungsabgleichs"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgagral
    "Bedingung Freigabe AGR ( logische Bedingungen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380509
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380509 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380509 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380509 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgagrap
    "Bedingung Freigabe AGR ( physikalische  Bedingungen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380509
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380509 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380509 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380509 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgblagrs
    "Bedingung Freigabe schnelle Berechnung AGR-Blende"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgkh
    "Freigabe von Anforderungen zum Katheizen nach Start"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fglahmm
    "Bedingung: Freigabe Lambdagrenzen für den Betrieb HMM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgootein
    "Bedingung Freigabe ON/OFF-Taster GRA für Einschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr
    "Bedingung FGR (Tempomat) aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrab
    "FGR-/ACC-Abschaltung aus der Funktion"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrabz
    "Bedingung zusätzliche FGR-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrat
    "Bedingung: Tip-Schalter Aus am FGR-Bedienteil betätigt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgratc
    "Bedingung FGR-Tipschalter Aus betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrbec
    "Bedingung FGR-Tipschalter Beschleunigen gehalten (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrca_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380402
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380402 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380402 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380402 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrdvi
    "Bedingung FGR-Regler Initialisierung der gespeicherten Regelabweichung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380704 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380704 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgren
    "Bedingung Fahrgeschwindigkeitsregelung aktiv (Enable)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380703
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380703 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380703 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380703 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrenold_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgren_um
    "FGR-/ACC-Einschaltung aus Bedienhebel gültig in der Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhe
    "Bedingung: FGR-Bedienteil-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhec
    "Bedingung Fehler FGR-Bedienteil (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhev
    "Bedingung Fehler FGR-Bedienteil (vorläufig)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhs
    "Bedingung FGR-Hauptschalter (über Hw-Leitung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhsa
    "Bedingung: FGR-Hauptschalter aus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhsc
    "Bedingung FGR-Hauptschalter ein (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgron_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380406
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380406 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380406 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380406 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrsec
    "Bedingung FGR-Tipschalter Setzen betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtbe
    "Bedingung FGR-Taste Beschleunigen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtbh
    "Bedingung FGR-Taste Beschleunigen wird gehalten (kein Tip)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtdc
    "Bedingung FGR-Tipschalter Verzögern betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrte
    "Bedingung FGR vom Tester freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtse
    "Bedingung FGR-Taste Setzen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtuc
    "Bedingung FGR-Tipschalter Beschleunigen betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtve
    "Bedingung FGR-Taste Verzögern"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtvh
    "Bedingung FGR-Taste Verzögern wird gehalten (kein Tip)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtwa
    "Bedingung FGR-Taste Wiederaufnahme"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrvec
    "Bedingung FGR-Tipschalter Verzögern gehalten (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrwac
    "Bedingung FGR-Tipschalter Wiederaufnahme betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr_bt
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr_uc
    "FGR-/ACC-Momenteneingriff im Befehlstest erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr_um
    "FGR-/ACC-Momenteneingriff in der Funktionsüberwachung erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr_um_c
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380407
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380407 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380407 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380407 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgsabgl
    "Bedingung Freigabe des schnellen Massenstromabgleichs"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgzwhmm
    "Bedingung Zündwinkel-Freigabe in HMM"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380818 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380818 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgzwhmmc
    "Zündwinkelfreigabe in HMM - Betrieb aus Codeword"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fhfs
    "Bedingung: Fehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fil
    "Bedingung PT1-Filter für SAWE aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_firstSyn
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkagreg
    "Bedingung Faktor korrektur AGR eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkagrmn
    "Bedingung Faktor Korrektur Massenstrom AGR minimum"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkagrmx
    "Bedingung Faktor Korrektur Massenstrom AGR maximum"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkahkum
    "Fehler kumulierte Kat-Heizmaßnahmen für Entschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383276
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383276 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383276 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383276 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkahsu
    "Fehler Kat-Heizmaßnahmen für Entschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkkbamx
    "Bedingung Faktor Korrektur fur Freigabe Blendenkorrektur maximal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380509
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380509 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380509 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380509 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fklanf
    "Bedingung Anforderung Verstärkungsumschaltung Fettkennlinie LSU/CJ120"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF484
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF484 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF484 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF484 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fklanfs
    "Bedingung Anforderung Verstärkungsumschaltung Fettkennlinie LSU/CJ120 nach Start"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF486
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF486 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF486 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF486 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkleer
    "Bit Vorkatalysator von Sauerstoff geleert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fklsol
    "Bedingung Anforderung Verstärkungsumschaltung Fettkennlinie LSU/CJ125"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkmsdks
    "Integratorstop fkmsdk"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkmsmn
    "schnelle Massenstromadaption fkmsdks im unteren Anschlag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkmsmx
    "schnelle Massenstromadaption fkmsdks im oberen Anschlag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkpvdk
    "Bedingung für die Freigabe des langsamen multiplikativen Füllungsabgleichs"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380765
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380765 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380765 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380765 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkpvmn
    "langsame Massenstromadaption fkpvdk im unteren Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380765
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380765 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380765 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380765 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkpvmx
    "langsame Massenstromadaption fkpvdk im oberen Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380765
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380765 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380765 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380765 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fku
    "Bedingung Kupplungsfehler aus Botschaft Getriebe 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkvoll
    "Bit Vorkatalysator mit Sauerstoff gefüllt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    b_flags_uc
    "Ebene 3 Byte für Botschaftüberwachung (alte Toggle Bits)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380972
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380972 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380972 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380972 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    b_flags_um
    "Flag für Bitinformationen in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380400 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380400 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_flsw
    "Bedingung Freigabe Lambda-Sonde für Schwingungsprüfung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fmfkrhs
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fmno
    "Status Faktor NOx überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fmnoroh
    "Status Faktor NOx, Rohwert überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fmnov
    "Status Faktor NOx überschritten vorläufig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380697
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380697 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380697 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380697 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnabks
    "Bed. Fehlerfall in BKS im nicht adaptierten Zustand"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnsoff
    "Bedingung Berechnung Nachstart abschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fodon
    "Bedingung fuel-on Adaption in drehzahldominantem Bereich aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofd
    "Bedingung fuel-off Adaption in dominantem Drehzahlbereich aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofdis
    "Bedingung fuel-off Adaption im aktuellen Betriebsbereich nicht erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofdr
    "Bedingung fuel-off Adaption im dominanten Drehzahlbereich ready"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383255
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383255 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383255 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383255 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofpsxs
    "Bedingung: Freigabe PS-Regler (ofpsxs_w)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38078A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr
    "Bedingung fuel-off Adaption im aktuellen Drehzahlbereich ready"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr1
    "Drehzahlbereich 1 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383255
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383255 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383255 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383255 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr2
    "Drehzahlbereich 2 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383255
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383255 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383255 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383255 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr3
    "Drehzahlbereich 3 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383255
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383255 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383255 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383255 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr4
    "Drehzahlbereich 4 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383255
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383255 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383255 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383255 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofrset
    "Reset der fuel-off Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofrun
    "Status fuel-off Adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofrun0
    "Bedingungen für Fuel-off Adaption erfüllt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofstp
    "Bedingung fuel-off Adaption gestoppt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fohe
    "aktueller Bereich ist ein Heilbereich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fohold
    "fuel-on Adaption angehalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fokstp
    "Bedingung fuel-on Adaption gestoppt (Adaption + Korrektur)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_folunw
    "Bedingung Laufunruhe zu groß für fuel-on/-off Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fomod
    "zeigt Modus der fuel-on/-off Adaption (Codewort CDFOMOD)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383254
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383254 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383254 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383254 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fondis
    "Bedingung fuel-on Adaption gestoppt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonresd
    "Anforderung Reset der Fuel-On Adaption durchführen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonresf
    "Reset der Fuel-On Adaption durchgeführt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonresz
    "Anforderung Reset der Fuel-On Adaption durch ZGST"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E33
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E33 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E33 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E33 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonrset
    "Reset der fuel-on Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonstp
    "Bedingung fuel-on Adaption gestoppt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fontm
    "Motortemperatur genügend hoch für fuel-on-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fophsnl
    "Evabschaltung über feste Abschaltmuster ohne Notlauf Phasensuche"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for
    "Bedingung fuel-on/-off Adaption aktuell ready"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for00
    "KF-Bereich 0 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for01
    "KF-Bereich 01 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for02
    "KF-Bereich 02 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for03
    "KF-Bereich 03 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for04
    "KF-Bereich 04 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for05
    "KF-Bereich 05 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for06
    "KF-Bereich 06 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for07
    "KF-Bereich 07 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for08
    "KF-Bereich 08 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for09
    "KF-Bereich 09 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for10
    "KF-Bereich 10 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for11
    "KF-Bereich 11 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for12
    "KF-Bereich 12 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for13
    "KF-Bereich 13 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for14
    "KF-Bereich 14 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for15
    "KF-Bereich 15 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for16
    "KF-Bereich 16 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for17
    "KF-Bereich 17 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for18
    "KF-Bereich 18 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for19
    "KF-Bereich 19 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for20
    "KF-Bereich 20 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for21
    "KF-Bereich 21 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for22
    "KF-Bereich 22 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for23
    "KF-Bereich 23 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fordo
    "Bedingung fuel-on/-off Adaption in mind. eimem dominanten Bereich ready"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn
    "Bedingung fuel-on/-off Adaption aktueller Drehzahlbereich ready"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn01
    "mindestens ein Bereich im Drehzahlbereich 01 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn02
    "mindestens ein Bereich im Drehzahlbereich 02 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn03
    "mindestens ein Bereich im Drehzahlbereich 03 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn04
    "mindestens ein Bereich im Drehzahlbereich 04 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn05
    "mindestens ein Bereich im Drehzahlbereich 05 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn06
    "mindestens ein Bereich im Drehzahlbereich 06 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn07
    "mindestens ein Bereich im Drehzahlbereich 07 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn08
    "mindestens ein Bereich im Drehzahlbereich 08 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forun
    "Status fuel-on/-off Adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forun0
    "Status fuel-on/-off Adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fphad
    "Berechnung Freigabebedingung für Flankenadaption Phasensensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprakt
    "DK-Rückstellfeder-Prüfung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fproab
    "Bedingung: DV-E-Prüfung öffnende Feder Abbruch, Feder öffnet nicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fproe
    "Bedingung: Öffnende Federprüfung Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprook
    "Bedingung: öffnende Federprüfung i.O."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprordy
    "Bedingung: Öffnende Federprüfung fertig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprovb
    "Bedingung: Öffnende Federprüfung verboten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprrdy
    "DK-Rückstellfeder-Prüfung beendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprzab
    "Bedingung: DV-E-Rückstellfederprüfung Abbruch, Feder schließt nicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprze
    "Bedingung: Fehler in der DV-E-Rückstellfederprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprzok
    "Bedingung: DV-E-Rückstellfederprüfung i.O."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprzvb
    "Bedingung: DV-E-Rückstellfederprüfung verboten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fpsreg
    "Bedingung: Freigabe Ps-Regler, da rlsol aus psxs_w berechnet wird"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38078A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fpwdkap
    "DK-Steuerung direkt über Fahrpedal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_framn
    "Multiplikativer Korrekturfaktor am Minimalanschlag"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_framx
    "Multiplikativer Korrekturfaktor am Maximalanschlag"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frant
    "Bedingung Fehler fra vor leerem Tank erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frast
    "Bedingung: letzte Änderung der multiplikativen Gemischkorrektur kleiner Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frastab
    "Bedingung: FRA-Integrator (lokal) stabil"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E26 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E26 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fratl
    "Bedingung Fehler fra auf Grund eines leeren Tanks"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frdbks
    "Bedingung Freigabe DBKS tmot und tnse Schwellen erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frdph
    "Bed. Transition 'to_Fixred' aktiviert durch Notlauf-Phasensuche"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frfvlra
    "Bedingung: Freigabe für Bildung des Fehlerverdachtsbits der LRA"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frgbs
    "Bedingung Freigabe Bediensignale Fahrgeschwindigkeitsregler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frini
    "Bedingung Regelfaktor fr initialisieren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frini2
    "Bedingung Regelfaktor fr initialisieren, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frmax
    "Lambda-Regelung setzt Bit sobald FR am Anschlag FRMAX"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frmin
    "Lambda-Regelung setzt Bit sobald FR am Anschlag FRMIN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frste
    "Bedingung frm_w eingeschwungen (Kurztest)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frsteb
    "Bedingung Diagnose Kurztest freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frstnt
    "Fehler Diagnose Kraftstoffversorgungssystem schon vor leerem Tank gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frsttl
    "Fehler Diagnose Kraftstoffversorgungssystem wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fs
    "Bedingung Fahrstufe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fsonox
    "Beding. Fehler für nicht ereichte Schwellspg.für Sonde hinter KAT bei NOx-Ausr."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fspafrei
    "Freigabe fspa-Berechnung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fspafrg
    "Bedingung Berechnung fspa_w freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fspalk
    "Bedingung fspa-Wert für Lambda = 1 konstant unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fspaugr
    "Bedingung fspa-Schwelle unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fstabzs
    "Bedingung: B_frastab war gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fstcanok
    "CAN: Bedingung Tankfuellstands-Message okay"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fsu
    "Bedingung Fahrstufe, Umschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftaatun
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftagre
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftagrl
    "Bedingung: Fehlereintrag durch Tester fur AGRL"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftagrs
    "Bedingung Testanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftagrv
    "Bedingung: Fehlereintrag durch Tester für AGRV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftatnv
    "Bedingung Fehlereintrag durch Tester für Abgastemperatursensorsignal nvk"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbks
    "Bedingung Fehlereintrag durch Tester: Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbkse
    "Bedingung Fehlereintrag durch Tester BKS Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbrems
    "Bedingung: Fehlereintrag durch Tester für Bremsschalter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbwf
    "Bedingung Fehlereintrag durch Tester für Bewegungsfehler FPM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcair
    "Bedingung Fehlereintrag durch Tester : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcairp
    "Bedingung Fehlereintrag durch Tester : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcas
    "Bedingung Fehlereintrag durch Tester: CAN-Schnittstelle ABS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcat
    "Bedingung Fehlereintrag durch Tester : CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcbsg
    "Bedingung Fehlereintrag durch Tester : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcge
    "Bedingung Fehlereintrag durch Tester: CAN-Schnittstelle TCM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcgra
    "Bedingung Fehlereintrag durch Tester für CAN-Timeout Botschaft GRA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcif
    "Bedingung Fehlereintrag durch Tester : CAN im Zustand Bus-Off"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcins
    "Bedingung Fehlereintrag durch Tester : Botschaft Kombi"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftckla
    "Bedingung Fehlereintrag durch Tester : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdk
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdk1p
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdk2p
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdpl
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdpupsr
    "Bedingung: Fehlereintrag durch Tester für Differenz zwischen pu_w und psr_w"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdsbkv
    "Bedingung: Fehlereintrag durch Tester für BKV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdskv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdss
    "Bedingung: Fehlereintrag durch Tester für DSS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdsu
    "Bedingung: Fehlereintrag durch Tester für DSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdsv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvee
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvef
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvefo
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvel
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdven
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdver
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvet
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdveu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdveub
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdveuw
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvev
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdylsu
    "Bedingung Fehlereintrag durch Tester für Dynamikdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfp1p
    "Bedingung Fehlereintrag durch Tester für Poti1 FPM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfp2p
    "Bedingung Fehlereintrag durch Tester für Poti2 FPM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfpp
    "Bedingung Fehlereintrag durch Tester für FPM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfra
    "Bedingung Fehlereintrag durch Tester für FRA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfrst
    "Bedingung Fehlereintrag durch Tester für FRST (FR-Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftgecod
    "Bedingung Fehlereintrag durch Tester : Getriebecodierung CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftgrbh
    "Bedingung Fehlereintrag durch Tester für GRA-Bedienteil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevh1
    "Bedingung Testanforderung HDEV, Highside 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevh2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevh3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevh4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevk
    "Bedingung Testanforderung HDEV, Kommunikation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevl1
    "Bedingung Testanforderung HDEV, Lowside 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevl2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevl3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdevl4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthdr
    "Bedingung Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthelsu
    "Bedingung Fehlereintrag durch Tester: Heizereinkopplung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthla
    "Bedingung: Fehlereintrag Gebergröße Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthnohk
    "Bedingung Funktion läuft unter Testanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthnohke
    "Bedingung Funktion läuft unter Testanforderungen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthre
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsh
    "Bedingung Fehlereintrag durch Tester für Lambdasonden-Heizung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsv
    "Bedingung Fehlereintrag durch Tester für LSU-Heizung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsve
    "Bedingung Fehlereintrag durch Tester für Heizer der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsvsa
    "Bedingung Fehlereintrag durch Tester für LSU-Heizung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fticlsu
    "Bedingung Fehlereintrag durch Tester für Auswerte-IC der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkat
    "Bedingung: Fehlereintrag durch Tester für Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkrnt
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkrof
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkrtp
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftks1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkuppl
    "Bedingung: Fehlereintrag durch Tester für Kupplungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlbk
    "Bedingung: Fehlereintrag durch Tester für LBK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlbke
    "Bedingung: Fehlereintrag durch Tester für LBK Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlbko
    "Bedingung: Fehlereintrag durch Tester für LBK Offset-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlbkp
    "Bedingung: Fehlereintrag durch Tester für LBK Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlghmm
    "Bedingung: Funktionsanforderung Tester"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftllrh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftllrm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsh
    "Bedingung Fehlereintrag durch Tester Lambda Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuia
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung IA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuip
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung IP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuks
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitungen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuun
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung UN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuvm
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung VM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsv
    "Bedingung Fehlereintrag durch Tester Lambda Sonde vor KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlues1e
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlues2e
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlzsr
    "Bedingung: Fehlereintrag durch Tester für BGADAP, Fehlerpfad"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd
    "Bedingung: Fehlereintrag durch Tester für MD"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd00
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd01
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd02
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd03
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmdb
    "Bedingung: Fehlereintrag durch Tester für MDB"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmdsch
    "Bedingung Fehlereintrag durch Tester: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmsve
    "Bedingung Fehlereintrag durch Tester MSV Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftn
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftnohk
    "Bedingung Funktion läuft unter Testanforderungen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftnohkp
    "Bedingung Funktion läuft unter Testanforderungen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftnwkw
    "Bedingung Fehlereintrag durch Tester für Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftnx
    "Bedingung Fehlereintrag durch Tester für NMAX"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftora
    "Bedingung Fehlereintrag durch Tester für ORA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftph
    "Bedingung Fehlereintrag durch Tester für Phasensensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftpllsu
    "Bedingung Fehlereintrag durch Tester für die Plausibilität der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftsalsu
    "Bedingung Fehlereintrag durch Tester für Schubabgleich LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftscr
    "Bedingung Fehlereintrag durch Tester : Crashabschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftsgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftsgeew
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftskno
    "Bedingung: Fehlereintrag durch Tester für Speicherkat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftta
    "Bedingung Fehlereintrag durch Tester Ansauglufttemperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttahfm
    "Bedingung Fehlereintrag durch Tester Ansauglufttemperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttankl
    "Bedingung: Fehlereintrag TANKL durch Tester"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttes
    "Bedingung Fehlereintrag durch Tester für TEV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftteve
    "Bedingung Fehlereintrag durch Tester Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttka
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttm
    "Bedingung Fehlereintrag durch Tester für Motor-/Kühlmittel-Temperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttmki
    "Bedingung Fehlereintrag durch Tester Motortemperatur aus Kombiinstrument tmki"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttum
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftub
    "Bedingung Fehlereintrag durch Tester für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftubr
    "Bedingung Fehlereintrag durch Tester für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufmv
    "Bedingung: Fehlereintrag durch Tester: Momentvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufnc
    "Bedingung: Fehlereintrag durch Tester:Drehzahlgeber-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufpr
    "Bedingung: Fehlereintrag durch Tester:Drucksensor-, Zuleitung-, oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufrkc
    "Bedingung: Fehlereintrag durch Tester: Lambda-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufrlip
    "Bedingung: Fehlereintrag durch Tester: Lastsensor-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufsga
    "Bedingung: Fehlereintrag durch Tester: SG-Fehler Gruppe a"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufsgb
    "Bedingung: Fehlereintrag durch Tester: SG-Fehler Gruppe b"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufska
    "Bedingung: Fehlereintrag durch Tester:Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufspsc
    "Bedingung: Fehlereintrag durch Tester:Pedalwertgeber-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftulsu
    "Bedingung Fehlereintrag durch Tester für Spannungssignal LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fturram
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fturrom
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fturrst
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftvfz
    "Bedingung Fehlereintrag durch Tester für Fehlerpfad VFZ"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftvtk
    "Bedingung Fehlereintrag durch Tester für therm. Kat.-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftwfs
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftwfsrc
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzgst00
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzgst01
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzgst02
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzgst03
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fufkreg
    "Bedingung Fehler Spannung Sonde Frontkatalysator während Regeneration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fufkrg
    "Bedingung Fehler Spannung Sonde Frontkatalysator bei Regeneration im Monosystem"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380658
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380658 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380658 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380658 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_furena
    "Bedingung Aktivierung des Füllungsreglers"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_furpen
    "Bedingung Füllungsregler P-Anteil aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fusfk
    "Bedingung Fehler Spannung Sonde Frontkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fushk
    "Bedingung Fehler in der Auswertung der Sondenspannung hinter Katalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fvgte
    "Fehlerverdacht Gemisch aus der Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fvlra
    "Bedingung Fehlerverdacht in der Gemischadaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fwe
    "Bedingung Faktor Wiedereinsetzen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fwloff
    "Bedingung Berechnung Warmlauf abschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fztafx
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gae
    "Bedingung Grundadaption eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gaefra
    "Bedingung Grundadaption (fra-Integrator) eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gaeing
    "Bedingung Grundadaption Bank 1 eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gang0
    "Bedingung kein Gang eingelegt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gang7
    "Bedingung: Rueckwaertsgang eingelegt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gangok
    "Bedingung Gangwechselerkennung prinziell erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gap
    "Bedingung Gemischadaptionsphase aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E22 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E22 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gapa
    "Bedingung Extra Gemischadaptionsanforderung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E21
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E21 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E21 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E21 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gapc
    "Bedingung  Gemischadaptionsanforderung über Phasenentscheider"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E21
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E21 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E21 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E21 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gapnldg
    "Information über die Position der Lücke"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gaps
    "Bedingung Gemischadaption stoppen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E21
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E21 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E21 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E21 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gasp
    "Bedingung Grundadaption gesperrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ge1bot
    "Bedingung Getriebe1-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ge2bot
    "Bedingung Getriebe2-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gearsw
    "Bedingung Gangwechsel erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380522 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380522 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_geco
    "Bedingung Ecomatic-Betrieb vom Getriebe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gekoa
    "Bedingung Kompressor wegen Getriebeeingriff abschalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_genot
    "Bedingung Getriebe-Notlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gerte
    "Bedingung für geregelte Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ges
    "Bedingung Getriebeschutz über Zylinderausblendung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_geuew
    "Bedingung Zeitüberwachung Getriebeeingriff (CAN)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gfen
    "Bedingung Gangfenster"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_glf
    "Bedingung Gleichlauf zwischen Poti 1 und Poti 2 verletzt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gra6p
    "Bedingung 6-Positionen-Lenkstockhebel für GRA-Bedienung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_graat_um
    "Bedingung GRA-Tipschalter Aus betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38040A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grabot
    "Bedingung GRA-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grabz
    "Bedingung unplausibler Botschaftszähler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grabz1
    "Bedinung Botschaftszähler GRA: Zählerstandsänderung  nicht kontinuierlich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grabz2
    "Bedingung Botschaftszähler GRA: Zählerstand  steht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gracan
    "Bedingung Empfang der GRA-Bediensignale über CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_graen_um
    "Freigabe des FGR über GRA-Bedienhebel in der Überwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grahe_um
    "Bedingung GRA-Bedienhebelfehler in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38040A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grahs_um
    "Bedingung GRA-Hauptschalter betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38040A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grase_um
    "Bedingung GRA-Tipschalter Setzen betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38040B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gratd_um
    "Bedingung GRA-Tipschalter Tip-DOWN betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38040A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gratu_um
    "Bedingung GRA-Tipschalter Tip-UP betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38040A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grawa_um
    "Bedingung GRA-Tipschalter Wiederaufnahme betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38040B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38040B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38040B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38040B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grdst
    "Bedingung Grundeinstellung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsaf
    "Bedingung Getriebe-Schalteingriff-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsch
    "Bedingung Getriebeschaltung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gschwka
    "Bedingung keine Schaltvorgang und WK auf."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwgh
    "Bedingung Hochschalten erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwhs
    "Bedingung Gangwechsel bei Handschalter"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwkat
    "Bedingung Grenzwert relative Masse NOx unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwsens
    "Bedingung Grenzwert relative Masse NOx überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwzeit
    "neg. Grenzwert Regenerationszeit aus Regelung und Modell unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwzeit2
    "pos. Grenzwert Regenerationszeit aus Regelung und Modell überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hag
    "Bedingung Höhenadaption gültig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hagrfb
    "Bedingung ""healing"" für Faktor Blende Korrektur Massenstrom AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380501
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380501 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380501 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380501 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hagrfk
    "Bedingung ""healing"" für Faktor Korrektur Massenstrom AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380502 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380502 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hagrof
    "Bedingung ""healing"" Offset Korrektur Massenstrom AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380502 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380502 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hbkvl
    "Bedingung: es liegt kein npl. Fehler durch Leckage in BKV vor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdabks
    "Bedingung Hochdruckaufbau begonnen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380740 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380740 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdagrb
    "Bedingung Heilung Diagnose AGR (betriebsartenunabhaengig)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380501
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380501 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380501 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380501 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdagrs
    "Bedingung internes Heilungsbit AGR System"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdagrss
    "Bedingung interne Heilung schnelle AGR Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380501
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380501 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380501 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380501 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdevcok
    "Bedingung CAN-Botschaft-HDEV  vorhanden bzw. SPI-Kommunikation mit CJ830 i.O."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380000
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380000 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380000 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380000 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdr
    "Flag zum Ein bzw. Auschalten der Raildruckregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdrba
    "Flag zum Anhalten des Integrators bei Stellgrößenbegrenzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdrnpls
    "Raildruckregelung nicht plausibel, stationärer Anteil"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380837
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380837 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380837 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380837 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdrnt
    "Fehler Diagnose Raildruckregelung schon vor leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdrres
    "Bedingung Rücksetzen Raildruckregler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hdrtl
    "Fehler Diagnose Raildruckregelung wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_headsslm
    "Bedingung Fehlerheilung Saugrohrdrucksensor (für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_healmnh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_healmnm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_healmxh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_healmxm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_heatf
    "Freigabe Heizerkopplung LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_heizanf
    "Bedingung Heizungsanforderung von Poti"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helnplbk
    "Bedingung: Healing nichtplausibel Fehler LBK, Istwert=abgespeicherter Sollwert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helsu
    "Diagnose Heizerkopplung LSU erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helsuf
    "Bedingung Freigabe Heilung LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helsuip
    "Bedingung: Heilen des Fehlerpfades LSUIP"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_henrin
    "Bedingung Ri-Messung darf aus Sicht der Heizungsregelung eingeschaltet werden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hepllsu
    "Bedingung: Heilung Plausibilitätsdiagnose der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_heulsu
    "Bedingung Zyklusflag darf gesetzt werden / Fehler löschen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hfmv
    "Bedingung HFM vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hiansch
    "Bedingung Integrator der Heizerregelung nicht am Anschlag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hklom
    "Bedingung Hauptkat Lightoff mager"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hkloman
    "Einschaltbedingung: AGR-Laufunruheregler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hks
    "Bedingung Betriebsart Homogen-Klopfschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hksab
    "Bedingung Drehzahl im zulässigen Bereich für Betriebsart Homogen-Klopfschutz"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380551
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380551 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380551 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380551 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hksagrs
    "Bedingung Homogen-Klopfschutz als Sollbetriebsart für AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hksbv
    "Bedingung HKS zulässig hinsichtlich Brennverfahrensgrenzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hksfes
    "Bedingung Homogen-Klopfschutz als Sollbetriebsart für Füllungssteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hkslb
    "Bedingung: Homogen/Klopfschutz nur mit hoher Ladungsbewegung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380785
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380785 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380785 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380785 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hkslbks
    "Bedingung Homogen-Klopfschutz als Sollbetriebsart für Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hkss
    "Bedingung Sollbetriebsart Homogen-Klopfschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hksskr
    "BDE-Betriebsartensollwert homogen Klopfschutz aus KR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hksv
    "Bedingung Betriebsart der nächsten Verbrennung Homogen-Klopfschutz"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hksz
    "Bedingung Zielbetriebsart Homogen-Klopfschutz"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380526 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380526 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hks_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlacan
    "Bedingung keine Heizleistungsanforderung aus Clima-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlanf
    "Bedingung Heizleistungsanforderung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D2D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hll
    "Bedingung Heißleerlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hllghmm
    "Fehler ""Laufgrenze mehrmals überschritten"" geheilt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlon
    "Bedingung Heißland aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlsuaru
    "Bedingung I-Anteil der Temp.-Regelung ist angehalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlsumx
    "Bedingung U_bat-korregierte Stellgröße ist maximal (=100%)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmf
    "Bedingung Hilfsvariable Monoflop"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmm
    "Bedingung Betriebsart Homogen-Mager"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmab
    "Bedingung Drehzahl im zulässigen Bereich für Betriebsart Homogen-Mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380551
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380551 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380551 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380551 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmagrdi
    "Bedingung Homogen Magerbetrieb verbieten wegen AGR-Fehlverhalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmagrs
    "Bedingung Homogen-Mager als Sollbetriebsart für AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmbv
    "Bedingung HMM zulässig hinsichtlich Brennverfahrensgrenzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmden
    "Bedingung Betriebsart Homogen-Mager dynamisch möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38054A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmen
    "Bedingung Betriebsart Homogen mager möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38054B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmenmd
    "Bedingung Betriebsart Homogen mager möglich, Momentenschwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmfes
    "Bedingung Homogen-Mager als Sollbetriebsart für Füllungssteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmhom
    "Bedingung Zündwinkel-Umschaltung von Homogen-Mager nach Homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmhom_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmintro
    "BDE-Betriebsart homogen mager  Puffer für Zündwinkelfunktionen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmlb
    "Bedingung Betriebsart Homogen-Mager nur mit hoher Ladungsbewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmlbks
    "Bedingung Homogenmager als Sollbetriebsart für Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmlgs
    "Bedingung luftgeführter HMM-Betrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380818 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380818 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmlgu
    "Bedingung Freigabe luftgeführter HMM-Betrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380818 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380818 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmlog
    "Umschalten in HMM-Betrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmnohi
    "Status hmm- Betrieb mit krit. NOx-Emissionen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmnolo
    "Status hmm Betrieb mit unkritischen NOx Emissionen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmms
    "Bedingung Sollbetriebsart Homogen-Mager"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmv
    "Bedingung Betriebsart der nächsten Verbrennung Homogen-Mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmz
    "Bedingung Zielbetriebsart Homogen-Mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380526 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380526 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmzwdi
    "Bedingung HMM-Betrieb verbieten wegen Schließzeitüberlapp > SY_ZSYOFFH"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmzwf
    "BDE-Betriebsart homogen mager  Puffer für Zündwinkelfunktionen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmmzwsch
    "Bedingung Zündwinkel-Umschaltung von Homogen-Mager nach Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hmx
    "Bedingung LSU maximal beheizt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnoenpi
    "Bedingung: Heizung NOx-Sensor, PI, enable"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnohk
    "Bedingung Heizerdiagnose aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnohke
    "Bedingung Heizerendstufe aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnohkeg
    "Bed Heizungsendstufe NOx-Sensor hinter Hauptkat neues Diagnoseergebnis gültig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnohkein
    "Bedingung Endstufe kann einschalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnohken
    "Freigabe Endstufendiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnohkeof
    "Bedingung Endstufe kann ausschalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnohkhd
    "Bedingung Diagnosefreigabe %DHNOHKE aus Heizerdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnotf
    "Bedingung: Heizung NOx-Sensor, Taupunktende"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnotfsw
    "Bedingung Auswahlschalter Setzbedingung B_hnotf"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnotmn
    "Bedingung: Heizung NOx-Sensor, Ri-Minimum, Temperaturschutz"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnovalid
    "Bedingung NOx Sensorheizungssignale gültig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hnplbk
    "Bedingung: Healing nichtplausibel Fehler Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_holp1
    "Bedingung Hochohmigkeit im Leerlauf an PWG-Poti 1 erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_holp1a
    "Bedingung Hochohmigkeit im Leerlauf an PWG-Poti 1 im aktuellen Fahrzyklus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_holp1l
    "Bedingung Hochohmigkeit im Leerlauf an PWG-Poti 1 im letzten Fahrzyklus"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383281
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383281 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383281 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383281 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_holp2
    "Bedingung Hochohmigkeit im Leerlauf an PWG-Poti 2 erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_holp2a
    "Bedingung Hochohmigkeit im Leerlauf an PWG-Poti 2 im aktuellen Fahrzyklus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_holp2l
    "Bedingung Hochohmigkeit im Leerlauf an PWG-Poti 2 im letzten Fahrzyklus"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383281
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383281 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383281 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383281 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hom
    "Bedingung Betriebsart Homogen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hom1ko
    "Bedingung konstanter Homogenbetrieb aus Kat-Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homab
    "Bedingung Drehzahl im zulässigen Bereich für Betriebsart Homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380551
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380551 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380551 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380551 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homagrdi
    "Bedingung Homogenbetrieb verbieten wegen AGR-Fehlverhalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homagrs
    "Bedingung Homogen als Sollbetriebsart für AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hombv
    "Bedingung HOM zulässig hinsichtlich Brennverfahrensgrenzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homen
    "Bedingung Betriebsart Homogen möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38054B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homfes
    "Bedingung Homogen als Sollbetriebsart für Füllungssteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homhmm
    "Bedingung Zündwinkel-Umschaltung von Homogen nach Homogen-Mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homhmmf
    "BDE-Sollbetriebsart homogen mager für Füllungseingriffe während homogen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homhmm_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homintro
    "BDE-Betriebsart homogen Puffer für Zündwinkelfunktionen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homlbks
    "Bedingung Homogen als Sollbetriebsart für Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homlbsmw
    "schneller Modewechsel der Ladungsbewegungsklappe für Homogenbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homs
    "Bedingung Sollbetriebsart Homogen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homschf
    "BDE-Sollbetriebsart Schicht für Füllungseingriffe während homogen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homv
    "Bedingung Betriebsart der nächsten Verbrennung Homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homz
    "Bedingung Zielbetriebsart Homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380526 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380526 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homzwf
    "BDE-Betriebsart homogen Puffer für Zündwinkelfunktionen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_homzwsch
    "Bedingung Zündwinkel-Umschaltung von Homogen nach Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hom_bt
    "BDE-Betriebsart homogen im Befehlstest"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hop1mn
    "Bedingung Bereichsverletzung nach unten an Poti 1 in Hochohmigkeitsprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hop2mn
    "Bedingung Bereichsverletzung nach unten an Poti 2 in Hochohmigkeitsprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hopakt
    "Bedingung Hochohmigkeitsprüfung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hos
    "Bedingung Betriebsart Homogen-Schicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosab
    "Bedingung Drehzahl im zulässigen Bereich für Betriebsart Homogen-Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380551
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380551 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380551 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380551 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosagrs
    "Bedingung Homogen-Schicht als Sollbetriebsart für AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosbv
    "Bedingung HOS zulässig hinsichtlich Brennverfahrensgrenzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosden
    "Bedingung Betriebsart Homogen-Schicht dynamisch möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38054A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosen
    "Bedingung Betriebsart Homogen/Schicht möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38054B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosenmd
    "Bedingung Betriebsart Homogen Schicht möglich, Momentenschwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380549
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380549 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380549 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380549 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosfes
    "Bedingung Homogen-Schicht als Sollbetriebsart für Füllungssteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hoslb
    "Bedingung: Homogen/Schichtbetrieb nur mit hoher Ladungsbewegung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380785
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380785 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380785 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380785 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hoslbks
    "Bedingung Homogen-Schicht als Sollbetriebsart für Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hoss
    "Bedingung Sollbetriebsart Homogen-Schicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosv
    "Bedingung Betriebsart der nächsten Verbrennung Homogen-Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hosz
    "Bedingung Zielbetriebsart Homogen-Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380526 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380526 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hpllsue
    "Bedingung, Heizung im DPLLSU läuft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hpnmot
    "Bedingung Hochpunkt Drehzahlschwingung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hpwmcs
    "Bedingung PWM-Crash-Sensor-Signal i.O."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrevab
    "Anforderung Ev-Abschaltung bei Hauptrelaisfehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrf
    "Bedingung Hochrechnung Regenerationsende freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380617
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380617 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380617 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380617 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrimn
    "Bedingung  rino_w Minimum nicht unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrimsmn
    "Bedingung rino absolute Min-Schwelle nicht unterschritten, Schluß nach Masse"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrinohtb
    "Bedingung  rino ohne Heizung innerhalb des Toleranzbandes"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrinomx
    "Bedingung rino im Heizbetrieb nicht am Max-Anschlag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hritb
    "Toleranzband getestet und i.O"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrkng
    "Bedingung Hauptrelaiskontakt nicht geschlossen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrkzlg
    "Bedingung Hauptrelaiskontakt zu langsam geschlossen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrlsaus
    "Bedingung Ausschalten der Heizungsregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrlsunp
    "Bedingung Heizungsreglung nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrlsunp2
    "Bedingung Heizungsreglung nicht plausibel, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsp
    "Bedingung Betriebsart Homogen-Split"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hspagrs
    "Bedingung Homogen-Split als Sollbetriebsart für AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hspmd
    "Bedingung Homogen Split für Drehmomentsruktur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hspsbakh
    "BDE-Betriebsartensollwert homogen Klopfs/homogene split-Einspritzung aus BAKH"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38083D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsrdy
    "Bedingung Sondenheizung geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hst
    "Bedingung Heißstart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38328E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38328E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38328E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38328E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hstlsua
    "Bedingung: Heizerstatus A liegt vor, Sonde ist ausreichend aufgeheizt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hstlsub
    "Bedingung: Heizerstatus B liegt vor, Schubabgleich darf durchgeführt werden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hstnl
    "Bed. Heißstart aus tmot-Verlauf im SG-Nachlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsv
    "Bedingung Heizung Sonde vor Kat einschaltbereit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsve
    "Bedingung Endstufe Sondenheizung vor Kat angesteuert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveemn
    "Bedingung Entprellter Min-Fehler der Heizerendstufe der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DE7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveemx
    "Bedingung Entprellter Max-Fehler der Heizerendstufe der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DE7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveesi
    "Bedingung Entprellter Sig-Fehler der Heizerendstufe der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DE7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvemn
    "Bedingung: Kurzschluß Heizer nach Masse"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvemx
    "Bedingung: Kurzschluß Heizer nach Ubat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvesi
    "Bedingung: Lastabfall Heizer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ht
    "Bedingung Hochtemperatur Hauptkat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_htnfa
    "Bedingung Hochtemperatur/ -freigabe nicht aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_htr
    "Bedingung Temperatur Speicherkat oberhalb der Absolutgrenze"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_httf
    "Bedingung Hochtemperatur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_httoggle
    "Status homogen Anforderung über Toggle Mode"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_httst
    "Bedingung für Test obere Temperaturgrenze Hauptkat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hunosmn
    "Bedingung NOx-Signal mit Heizung nicht unterhalb des gültigen Bereiches"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hunosmx
    "Bedingung kein Max-Fehler getestet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hunostb
    "Bedingung NOx-Signal ohne Heizung innerhalb des gültigen Bereiches"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_huo2mn
    "Bedingung  O2-Signal des NOx-Sensors unterhalb des Min-Wertes i.O und getestet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_huo2mx
    "Bedingung O2-Signal des NOx-Sensor oberhalb des Max-Werts iO und getestet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_huo2ntb
    "Bedingung O2-Signal NOx-Sensor ohne Heizung im Toleranzband"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvpmn
    "Bedingung Vp-Signal nicht kleiner Min-Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvpmx
    "Bedingung Vp-Signal nicht größer Max-Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvpnomn
    "Bedingung Vp-Signal ohne Heizung nicht unterhalb Sollbereich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvposz
    "Bedingung keine Vp-Signaloszillation erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvshon
    "Bed Healing Vs-Zelle unterschreitet Freigabesp. für NOx-Heizer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvsmn
    "Bedingung Vs-Signal des NOx-Sensors groesser als Min-Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvsnomn
    "Bedingung Vs-Signal des NOx-Sensors ohne Heizung innerhalb des gültigen Bereiche"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvssbmn
    "Bedingung Vs-Signal des NOx-Sensors innerhalb des Sollbandes"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hvssbmx
    "Bedingung Vs-Signal des NOx-Sensors nicht oberhalb des Sollbandes und getestet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hymbdeki
    "Bedingung für Freigabe des Integrators zum Absteuern der Hysterese"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hys_hrlhks
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iagbks
    "Bed. I-Anteil oder Adaptionwerte der BKS außerhalb der Grenzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iclsabg
    "Bedingung: Anforderung/Durchführung  des elektrischen Abgleiches der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF484
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF484 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF484 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF484 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_idesu
    "interne Anforderung Schwefelregenerierung NOx-Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ieatnv
    "lokale Bedingung für Abfrage ATNV-Fehlerpfad"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iehshk
    "lokales Flag für Abfrage HSH-Fehlerpfad gemäß Abfrage SY_NOHK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iekat
    "lokales Flag für Abfrage DKAT-Fehlerpfad gemäß Abfrage SY_BDE"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ielsh
    "lokales Flag für Abfrage LSH-Fehlerpfad gemäß Abfrage SY_BDE"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ierhsh
    "Bed. int. Errorbit für Heizer-Diagnose von NOx-Sensor od. Nernst-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ierlsh
    "Bed. internes Errorbit für elektr. Diagnose für NOx-Sensor oder Nernst-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iesls
    "lokales Flag für Abfrage SLS-Fehlerpfad gemäß Abfrage SY_SLS"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ifend
    "Bedingung Kraftstofferstbefüllung Hochdrucksystem beendet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E62 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E62 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iflsd
    "Bedingung Initialisierung Filter Lastschlagdämpfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_igsbks
    "Bedingung Istdruck kleiner Solldruck Niederdruckseite"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ihnogr
    "Bedingung Heizerregelung am Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ikahsu
    "Interne Bedingung Katalysator Aufheizen zur Entschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ikahsue
    "Interne Bedingung extremes Katalysatoraufheizen zur Entschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iklrest
    "Bedingung: Retriggerung I-Klein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iklstar
    "Bedingung: I-Klein soll starten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ilamsu
    "Interne Bed. Lambda-Sollvorgabe durch DeSOx bei S-beladung u. hoher Fz.-geschw."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ildkt
    "Katalysator über Kat-Ausräumen geprüft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_imkkvse
    "Bedingung Kraftstoffmassenintegral Rücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F8C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F8C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_imnospr
    "Reset-Bedingung für Integrator eingespeicherte Masse NOx"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380607
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380607 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380607 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380607 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_incr
    "Bedingung Inkrementierung Startadaptionsfaktor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iniar
    "Bedingung Initialisierung der AR-Funktion"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iniar1
    "Bedingung Initialisierung ARMD vorläufig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iniarv
    "Bedingung Initialisierung der Filterfunktion verzögert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_inidtf
    "Bedingung Initialisierung Filter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_inilabgl
    "Bedingung zur Initialisierung des langsamen Massenstromabgleichs"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iniomsdk
    "Bedingung Initialisierung langsamer additiver Massenstromabgleich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380766 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380766 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_inisabgl
    "Bedingung zur Initialisierung des schnellen Massenstromabgleichs"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_inisyn3s
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_intfr
    "Bedingung Integrationsfreigabe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_irgfrbks
    "Compute-Bedingung Integrator für I-Anteil BKS"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380741
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380741 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380741 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380741 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_izyhsh
    "Bed. int. Zyklusflag für Heizer-Diagnose von NOx-Sensor od. Nernst-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_izylsh
    "Bed. internes  Zyklusflag für elektr. Diagnose von NOx-Sensor od. Nernst-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_i_ska
    "Funktions-Fehlerreaktion irreversible SKA (Sicherheits-Kraftstoffabschaltung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380404
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380404 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380404 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380404 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_i_ska_fr
    "FR-Fehlerreaktion irreversible SKA (Sicherheits-Kraftstoff-Abschaltung)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_i_ska_uc
    "Ebene 3 irreversibles Fehlerbit fuer BT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_i_ska_um
    "Fehlerreaktion irrev. SKA (Sicherheitskraftstoffabschaltung) aus Fkt-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kahsu
    "Bedingung Katalysator aufheizen zur Entschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380681
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380681 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380681 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380681 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kahsue
    "Bedingung extremes Katalysatoraufheizen zur Entschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380681
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380681 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380681 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380681 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kas
    "Kat.schutzfunktion aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_katfz
    "Bedingung Kat in Fahrzeug eingebaut"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kath
    "Bedingung Kat Heizung in Fahrzeug eingebaut"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kathrdy
    "Bedingung Katalysator-Heizungen geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_katrdy
    "Bedingung Katalysatoren geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kd
    "Bedingung Kick-Down"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kdhre
    "Bedingung Komponenten an Hauptrelais zur Diagnose UBR einschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kdpos
    "Bedingung Kick-Down-Position während Lernvorgang erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kfvswk
    "Bedingung Konstantfahrt vor Setzwertkorrektur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kfvswkb
    "Bedingung: Setzwertkorrektur nach Beschleunigung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kfvswkv
    "Bedingung: Setzwertkorrektur nach Verzögerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kh
    "Bedingung Kat-Heizung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38083D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kha
    "Anforderung Katheizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38083D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khagrab
    "Bedingung: AGR Abschalten wegen Katheizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38083D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khdo
    "Bedingung Katheizen per Doppeleinspritzung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38083D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khdoanf
    "Bedingung Katheizen per Doppeleinspritzung (intern)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khlbk
    "Bedingung: Sollvorgabe der LBK für Katheizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khmr
    "Bedingung Katheizen mit Momentenreserve"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38083D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khmranf
    "Bedingung Katheizen per Momentenreserve (intern)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khn
    "Bedingung Katheiz-Drehzahl"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380849
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380849 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380849 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380849 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khnfrei
    "Bedingung für Katheizen: LL-Drehzahl darf nach Absenken wieder angehoben werden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380848 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380848 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khtanf
    "Bedingung Abgastemperatur angefordert zum Katalysator Heizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khwsanf
    "Bedingung Abgaswärmestrom angefordert zum Katalysator Heizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kkl_um
    "erkannter Low-Pegel am FGR-Bedienhebelschalter Kontrollkontakt in Funktionsüberw"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kkrdy
    "Bedingung Klimakühlmittel geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kl
    "Bedingung für erkannte Klopfer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kl15
    "Bedingung Klemme 15"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klafagrg
    "Bedingung AGR Ausflußkennlinie gültig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klahmx
    "Bedingung max. Kühlleistungsanhebung angefordert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kldf
    "Drehzahlanhebung bei Generatorlast aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kldfact
    "Auswertung KLDFM-Signal aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kldynrm
    "Bedingung normales Klopfen bei adapt. Lastdynamik"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kldystk
    "Bedingung starkes Klopfen bei adapt. Lastdynamik"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klh
    "Bedingung Kühlleistung hoch"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klima
    "Bedingung Klimaanlage"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klimex
    "Bedingung Bit Klimaanlage existiert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kllknl
    "Synchronisationsbedingung für zphflsyn=3 erfüllt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klmzu_uc
    "Bedingung  KLMZUMN im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klmzu_um
    "Bedingung  KLMZUMN wird im Tempomatbetrieb berücksichtigt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kln
    "Bedingung Kühlleistung niedrig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kmbr
    "Bedingung konstanter Magerbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kmmil
    "MIL-Ansteuerung mit Relevanz zu Kilometererfassung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kmmilsct
    "Ausgabe ""km bei MIL on"" für Scan Tool abschalten (0 = keine Ausgabe in PID $21)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kmtre
    "Bedingung fehlerfreie KMTR Ansteuerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ko
    "Bedingung Kompressor freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ko2vke
    "Bedingung: Adaptionsfaktor (Schubabgleich) eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koa
    "Bedingung für Kompressorausschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobaus
    "Bedingung für Kompressor bei Beschleunigung oder Last"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobmnon
    "Minimale Einschaltzeit nach Ausschalten bei Beschleunigung oder Vollast"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobped
    "Bedingung für Kompressor aus bei Beschleunigung über dwped"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobpedt
    "Bedingung für Kompressorausschalten über dwped nach timer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobwped
    "Bedingung : für Kompressorausschalten über wped"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobwpedt
    "Bedingung : für Kompressorausschalten über wped  nach  timer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kodohapp
    "Bedingung Applikation Doppeleinspritzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kodoherr
    "Bedingung KODOH gesperrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380843
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380843 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380843 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380843 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kodohzul
    "Bedingung Nacheinspritzung zum Katheizen zulässig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380844 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380844 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koe
    "Bedingung für Kompressoreinschalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koena
    "Bedingung Kompressor freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koenat
    "Bedingung Kompressor freigegeben nach Timer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koevab
    "Ev-Abschaltung durch Funktion KOEVAB aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kogandel
    "Bedingung: verzögerung des  Kompressoreinschaltens  nach Gangwechsel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koganped
    "Bedingung für Kompressorabschalten beim Gangwechsel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koint
    "Bedingung für Kompressorausschalten  aus  Motormanagement"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komnoff
    "Bedingung Kompresszor-Mindestabschaltzeit abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komnon
    "Bedingung Kompresszor-Mindesteinschaltzeit abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komrhapp
    "Bedingung Applikation Katheizen durch Momentenreserve"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komrherr
    "Bedingung KOMRH gesperrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komrhzul
    "Bedingung Momentenreserve zum Katheizen zulässig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E79
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E79 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E79 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E79 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komxoff
    "Bedingung Kompresszor-Höchstabschaltzeit abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kondel
    "Bedingung: verzögerung des  Kompressoreinschaltens  bei höher Drehzahl"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_konfig
    "Bedingung Konfiguration CJ830/840 verändert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380000
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380000 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380000 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380000 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kooff
    "Bedingung für hartes Kompressorabschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kooffc
    "Bedingung für hartes Kompressorabschalten aus Bordnetz über CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koofft
    "Bedingung für hartes Kompressorabschalten nach Timer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koondel
    "Bedingung: Verzögerung des  Kompressoreinsch.  bei höher Drehzahl & bei Gangwech"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kosrc
    "Bedingung für Klimakompressors-Leistungsreduzierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kotmsk
    "Bedingung für Klimataste ein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kotmsko
    "Bedingung für Klimataste ein  nach Timer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kov
    "Bedingung Klimakompressor verboten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kovdown
    "Überwachungszeit  von  B_ko  nach Reset B_kov  zum B_kotmsko(bidirek. Schnitst.)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kow
    "Bedingung Kompressor freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kp1chk
    "Bedingung Knickpunkt1 bei Regeneration nicht gefunden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380618
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380618 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380618 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380618 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kp1gef
    "Bedingung Knickpunkt1 gefunden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380617
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380617 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380617 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380617 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kp2gef
    "Bedingung Knickpunkt2 gefunden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380617
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380617 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380617 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380617 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kpl
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kr
    "Bedingung Klopregelung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kra
    "Bedingung KR-Adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krdisagr
    "Abschalten der AGR durch Klopfregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krdws
    "Bedingung Klopfregelung Sicherheitsspätverstellung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krdwslz
    "Bedingung: Klopfregelung Sicherheitsspätverstellung von LZF gefordert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krfdks
    "Bedingung Freigabe Diagnose KS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krgz
    "geführter Zylinder"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krlbk
    "Bedingung Klopfregelung Anforderung für Ladungsbewegungsklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldy
    "Bedingung Lastdynamik für Klopferkennung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldya
    "Bedingung Lastdynamikvorhalt und -adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldya_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldyf
    "Bedingung Adaption Lastdynamikvorhalt nach früh freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldyv
    "Bedingung Lastschwelle für Dynamikvorhalt überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldyv_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krlz
    "KR-Leitzylinderfunktion aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krlzn
    "Drehzahlschwelle für KR-Leitzylinderfunktion überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krlz_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krndy
    "Bedingung Drehzahldynamik für Klopferkennung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krnl
    "Notlauf Klopferkennung bei Phasennotlauf und/oder Doppelzündung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krnllz
    "Notlauf Klopferkennung mit LZF bei Phasennotlauf und/oder Doppelzündung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krnlzdws
    "Bedingung Klopfregelung Sicherheitsspätverstellung aufgrund KR-Notlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krnl_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krsyne
    "Klopfregelung Synchronisationsfehler bei Phasenfehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krvf
    "Bedingung für Abregelung der KR-ZW-Spätverstellung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krwa
    "Klopfregelung am Anschlag"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kstai
    "Bedingung Inkrementierung/Dekrementierung Startadaptionsfaktor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kstaue
    "Startmengenadaptionswerte beim nächsten Start gültig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kstebf
    "Bedingung Kraftstofferstbefüllung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kt1
    "Bedingung Kurztrip SKR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktaabks
    "Bedingung Anforderung schnelle Adaption BKS über Tester"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktagra
    "Bedingung Kurztest  AGR Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380507
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380507 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380507 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380507 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktagrs
    "Bedingung Kurztest AGR Schub"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380507
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380507 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380507 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380507 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kteskr
    "Bedingung Kurztrip erfolgreich SKR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktpagr
    "Bedingung kein vorangegangener Kurztrip AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktrlash
    "Bedingung Kurztrip für Schwingungsprüfung durchführen Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktskr
    "Bedingung Kurztrip SKR Ergebnis"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kttanf
    "Bedingung Abgastemperatur angefordert zum Heizen für Kurztrip"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380688
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380688 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380688 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380688 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktwsanf
    "Bedingung Abgaswärmestrom angefordert zum Heizen durch Kurztrip"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380688
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380688 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380688 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380688 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kupgw
    "Bedingung Kupplung betätigt bis erkannter Gangwechsel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kuplaus
    "Motor ist ausgekuppelt; Kupllung ist getreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kuppl
    "Bedingung Kupplungspedal betätigt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kupplv
    "Bedingung Kupplung betätigt verzögert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kvakbi
    "Bedingung aufsummierter Kraftstoffverbrauch ist übergelaufen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kvsffl
    "Bedingung: Freigabe des Fehlers trotz Tank leer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kw
    "Bedingung Kat warmhalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38083D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kwsperr
    "Bedingung Katalysatorwarmhalten gesperrt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kwtanf
    "Bedingung Abgastemperatur angefordert zum Katalysator Warmhalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kwwsanf
    "Bedingung Abgaswärmestrom angefordert zum Katalysator Warmhalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ladap
    "Bedingung Eintritt in Lastdynamikadaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lalgf
    "Bedingung Laufgrenze ""Lambda fett"" aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamabg
    "Bedingung Lambdaabgleich mit CJ120 anfordern"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lambts
    "Lambda für Bauteileschutz ist aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamdiag
    "Lambdasoll von Diagnosefunktionen angefordert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamdkt
    "Lambdasoll Eingriff für Katdiagnose aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamend
    "Bedingung Ende der Lambdaverstellung in %LAMKO hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamfa
    "Lambdaanforderung durch Fahrerwunsch aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamfas
    "Verbot  für Lambda Fahrerwunsch Aktivierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamhap
    "Bedingung Lambdasollwert aus Applikationswert LAMHAP (2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamka
    "Lambda für Kat-Ausräumen aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamkhe
    "keine Lambdaanforderung seitens LAKH"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38083F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamlash
    "Bedingung für Abmagern/Anfetten in %LAMKO"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamlean
    "Bedingung magerer Motorbetrieb aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lammag
    "Bedingung magerer Motorbetrieb aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380608
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380608 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380608 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380608 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamnswl
    "Lambda-Motor-Soll für Nachstart und Warmlauf aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamrb
    "Lambdasollwert im erlaubten Bereich für Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A30 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A30 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamsdef
    "Bedingung : definierte Soll-Lambda"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamsdne
    "Bedingung Lambda-Sollvorgabe nach Denox-Ende"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamsu
    "Bedingung Lambda-Sollvorgabe durch DeSOx bei S-beladung u. hoher Fz.-geschw."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380681
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380681 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380681 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380681 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamsua
    "Bedingung Lambda für Schwefelaustrag erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamsw
    "Bedingung Lambda-Schwankungen während Regeneration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamtest
    "Bedingung für Abmagern/Anfetten für BDE mit Scheduler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamverg
    "Bedingung Vergleich Lambdasoll in %DLSAHK mit %LAMKO übereinstimmend"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lasostc
    "Bit Sonden-Soll-Lambda gleich 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lawloff
    "Bedingung Berechnung des Lambdasollwerts Warmlauf abschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lawlon
    "lamwl_w ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbk
    "Bedingung: Ladungsbewegungsklappe ansteuern"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38077D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38077D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38077D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38077D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkabb
    "LBK für die Adaption betriebsbereit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380777
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380777 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380777 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380777 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkbb
    "LBK betriebsbereit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38077D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38077D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38077D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38077D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkdenox
    "Bedingung: Sollwert wird bei B_denox=true nicht geändert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380785
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380785 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380785 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380785 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkea
    "Bedingung: Endstufe LBK angesteuert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380711
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380711 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380711 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380711 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkemn
    "Bedingung: lbksol mit Drall"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkemx
    "Bedingung: lbksol ohne Drall"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkena
    "Bedingung: Endstufe LBK nicht angesteuert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380711
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380711 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380711 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380711 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkerein
    "Bedingung: Freigabe für Eintrag LBK-Fehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkfolrn
    "Bedingung: Freigabe LBK-Offset lernen (Klappe unbestromt)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380777
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380777 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380777 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380777 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkg
    "Istwert von LBK gültig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkgrlef
    "Bedingung: Steigungs-Adaption abgeschlossen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380776 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380776 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbklrnef
    "Bedingung: Offset und Steigungs-Adaption abgeschlossen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380776 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380776 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbklrnws
    "Bedingung LBK hat mindestens einmal richtig gelernt (EEPROM-Werte ok)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbklvb
    "Bedingung: Offset-Adaption der Ladungsbewegungsklappe nicht freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbknh
    "Bedingung: Noftlaufforderung, da LBK ohne Drall klemmt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbknlb
    "Bedingung: Noftlaufforderung, da LBK mit Drall klemmt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbknpl
    "Bedingung: Vergleich Soll- und Istwert der LBK ist nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkoflef
    "Bedingung: Offset-Adaption abgeschlossen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380776 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380776 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkps
    "Bedingung: LBK wird mit Saugrohrunterdruck angesteuert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380776 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380776 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbkpsio
    "Bedingung: Saugrohrunterdruck ausreichend für LBK-Verstellung (nur bei SY_LBK=2)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380776 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380776 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbksap
    "Bedingung für LBK-Sollwertvorgabe durch Applikationswert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380785
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380785 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380785 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380785 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbksapkf
    "Bedingung: Applikation von flbs_w aus Kennfeld (rk und nmot)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380785
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380785 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380785 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380785 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbksg
    "Bedingung: LBK Sollwert gültig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbksmtk
    "Bedingung: Ladungsbewegungsklappe- Sollwert ansteuern bei kaltem Motor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380784 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380784 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbksolmn
    "Bedingung: lbksol_w sehr klein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380777
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380777 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380777 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380777 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lbs
    "Bedingung LBK in Stellung Schicht fahren"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380789
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380789 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380789 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380789 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcaaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcaddsv
    "Rücknahme Laufwunsch von Funktion Diagnose Drucksteuerventil (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcafra
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcafrat
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcaora
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcateh
    "Rücknahme Laufwunsch von Funktion Tankentlüftung, hohe Beladung (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcatel
    "Rücknahme Laufwunsch von Funktion Tankentlüftung, niedrige Beladung (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcatem
    "Rücknahme Laufwunsch von Funktion Tankentlüftung, mittlere Beladung (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcaten
    "Rücknahme Laufwunsch von Funktion Notlauf-Tankentlüftung (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcatevh
    "Rücknahme Laufwunsch von Funktion Diagnose TEV homogen (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcatevm
    "Rücknahme Laufwunsch von Funktion Diagnose TEV mager (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbagra
    "Rücknahme Laufwunsch von Funktion AGR Adaption (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbdlsu
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbfrst
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbfups
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbhmm
    "Selbstsperrung Fkt (BDE-Mode Homogen-Mager)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbhom
    "Selbstsperrung Fkt (BDE-Mode Homogen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbhos
    "Selbstsperrung Fkt (BDE-Mode Homogen-Schicht)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbktsp
    "Rücknahme Laufwunsch von Funktion Kat.-Sprungdiagnose (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcblahh
    "Rücknahme Laufwunsch von Funktion LambdaShift HOM-SchwingPrüf LS HK (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcblahh2
    "Rücknahme Laufwunsch Funktion LambdaShift HOM-SchwingPrüf LS HK Bank2 (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcblash
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbllrh
    "Rücknahme Laufwunsch von Funktion Drehzahlabweichung HOM (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbllrm
    "Rücknahme Laufwunsch von Funktion Drehzahlabweichung SCH (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcblsu
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbpbri
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbplsu
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F51
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F51 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F51 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F51 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbsch
    "Selbstsperrung Fkt (BDE-Mode Schicht)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbskh
    "Selbstsperrung Fkt (BDE-Mode Schicht-Kat-Heizen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbtest
    "Rücknahme Laufwunsch von Funktion Tankentlüftungsstop (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbtevp
    "Rücknahme Laufwunsch von Diagnose TEV passiv (Locked)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcbtkp
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lccaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcczzz
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcrlp
    "Bedingung Lastpraediktion aktiv lokal Bit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldef
    "Bedingung : definierte Soll-Lambda Bank1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldsafw
    "LDR läuft auf Steuerung mit Festwert LDRAPP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldsapp
    "LDR läuft auf Steuerung mit KFLDRAPP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldydok
    "Doku Hierarchieübergang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelsubb
    "Fehler LSU, der Betriebsbereitschaft zurücksetzt (lokal)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lfzyl1
    "Bedingung für Zyl. 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lghmm
    "Bedingung Laufgrenze im HMM-Betrieb überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lgmdcon
    "Bedingung Last konstant für Iswert-Laufgrenze"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lgpas
    "Überschreitung Laufgrenze durch Drehzahlanalyse"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lkderf
    "Bedingung Kick-Down-Position erfolgreich gelernt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383282
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383282 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383282 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383282 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lkdfrg
    "Bedingung Freigabe Kick-Down-Lernen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lkklnl
    "Synchronisationsbedingung für zphflsyn=1 erfüllt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lkrh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ll
    "Bedingung Leerlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llatlr
    "Bedingung: LL-Abfall-Verzögerung für mageren Warmlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llhzta
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llr
    "Bedingung Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llregs
    "Bedingung Fortsetzen von im Leerlauf unterbrochener Regeneration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrein
    "Bedingung LLR Betriebsbereit nach Start"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrhheal
    "Heilung: Fehler Leerlaufregelung in Betriebsart Homogen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrhnt
    "Fehler Diagnose LLR in Homogenmodus schon vor leerem Tank gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrhtl
    "Fehler Diagnose Leerlaufregelung in Homogenmodus wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llri
    "Bedingung I-Anteil der LLR aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrmheal
    "Heilung: Fehler Leerlaufregelung bei Magerbetriebsarten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrmnt
    "Fehler Diagnose Leerlaufregelung in Magerbetriebsarten schon vor leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrmtl
    "Fehler Diagnose Leerlaufregelung in Magerbetriebsarten wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrpd
    "Bedingung PD-Anteil der LLR aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrpkh
    "P-Verstärkung für Katheizen aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrpst
    "P-Anteil: Parameter für Start aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrst
    "Drehzahl erreicht nstat im Nachstart"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrtl
    "Error Leerlaufregelung wegen leeren Tanks gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llskr
    "Bedingung Leerlauf SKR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llvfgr
    "Bedingung Leerlauf-Verbot vom FGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380703
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380703 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380703 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380703 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ll_um
    "Bedingung Leerlauf für Ebene II"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380400 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380400 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_loadbrk
    "Bedingung Lightoffadaption unterbrochen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_loadfr
    "Bedingung Lightoffadaption freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lowra
    "Bedingung Zwischengelege für Low Range zugeschaltet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lr
    "LREB: Bedingung Lambdaregelung (vor Kat); (Bank 1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lr2s
    "CARB FREEZE FRAME, Bank1 bit 1, LR: Regelbetrieb mit zwei Sonden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrab
    "Grundsätzliche betriebsartunabhängige Laufbereitschaft der Gemischadaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrafra
    "multiplikativer Bereich in der Gemischadaption ist aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrafrat
    "Temperaturabhängige Adaption ist aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lraora
    "additiver Bereich in der Gemischadaption ist aktive"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrare
    "Bedingung Reset LRA"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrareb
    "Bedingung Resetbereitschaft LRA"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lratb
    "Grundsätzliche betriebsartunabhängige Laufbereitschaft der temp.abhäng. Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrfk
    "Bedingung Lambdaregelung hinter Front Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhk
    "Bedingung Lambdaregelung hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhk2
    "Bedingung Lambdaregelung hinter Kat (Bank 2)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkb
    "Bedingung Lambdaregelung h. Kat, bankspez. Parameter Bank 1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkb2
    "LRHK: Bedingung Lambdaregelung h. Kat, bankspez. Parameter Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkg
    "bankunabhängige Bedingung Lambdaregelung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkgi
    "bankunabhängige Bedingung I-Anteil Lambdaregelung hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkp
    "LRHK: Freigabebedingung P-Anteil Lambdaregelung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhzpin
    "ZPR-Version: Bedingung  Initialisierungswert Stellgöße"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrin
    "Steuerbit LRS intern"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrka
    "Bedingung Katalysator-Ausräumen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrkaa
    "Bedingung Katalysator-Ausräumen auf-/abregeln"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrkae
    "Bedingung gesteuertes Katalysator-Ausräumen möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrms
    "Bedingung Abmagerungsverbot für stetige Regelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrmsbs
    "Bedingung Abmagerungsverbot für stetige Regelung, Bank 1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnakt
    "Lernaktiv Bit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnda
    "LR Bank1 aktiv bei Bedingungen : B_lrpspa & B_lrkasn & !E_obdlr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrndia
    "Bedingung: DV-E-Adaption und Prüfungen per Diagnose-Tester aktivieren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnerf
    "Lernerfolg Bit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383283
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383283 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383283 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383283 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnfg
    "Lernfreigabe Bit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnrdy
    "Lernen ist beendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrntesa
    "Bedingung: UMA-Lernen u. Verst.abgl wegen Tester-Anford. aktiviert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnvb
    "Lernverbot Bit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnws
    "Lernwertspeicherung Bit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383283
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383283 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383283 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383283 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrrl
    "LREB: Von Last abhängige Bedingung Lambdaregelung (vor Kat)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrs
    "LRSEB: Bedingung Lambdaregelung intern (vor Kat), Bank 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrsb
    "Flag Regelbereitschaft stetige Lambdaregelung ohne Berücksichtigung Betriebsart"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrsein
    "BDE-Betriebsarten-abhängige Bedingung Lambdaregelung vor Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrshold
    "Bedingung Anhalten stetiger Lambdaregler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrssa
    "LRSEB: Einschaltbed. für Lambdareg. nach Schub bei langsamer Sonde"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrssp
    "Lamda-Regelung setzt Bit, wenn Zusatzamplitude Vorzeichenwechsel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrvk
    "CARB FREEZE FRAME, Bank1 Bit 4, LR: Regelung nur mit einer Sonde (vor KAT)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ls
    "Bedingung: Lastschlagbegrenzung kleiner Fahrerwunsch (=1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsahksp
    "allgemeine Stop-Bedingungen für die DLSAHK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsd
    "Bedingung: Pos. Lastschlagdämpfung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsf
    "Bedingung Lambda-Sonde hinter Front-Kat verbaut"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsf2
    "Bedingung Lambda-Sonde hinter Front-Kat verbaut (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsf2tl
    "Fehler Lambda-Sonde hinter Frontkatalysator Bank 2wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsftl
    "Fehler Lambda-Sonde hinter Frontkatalysator wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsh
    "Bedingung Lambda-Sonde hinter Kat verbaut"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsh2
    "Bedingung Lambda-Sonde hinter Kat verbaut (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsh2tl
    "Fehler Diagnose Lambda-Sonde hinter Kat Bank2 wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshkpft
    "Bedingung Lambdasondensignal hinter dem Kat. plausibel fett"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshkpmr
    "Bedingung Lambdasondensignal hinter dem Kat. plausibel mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshswok
    "Bedingung Sonde hinter KAT nach Schwingungsprüfung in Ordnung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshswos
    "Negierte Speichergröße:  Sonde hinter KAT nach Schwingungsprüfung in Ordnung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380693
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380693 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380693 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380693 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshtl
    "Fehler Diagnose Lambda-Sonde hinter Kat wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsonif
    "Bedingung lamsoni_w-Wert fett"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsonim
    "Bedingung lamsoni_w-Wert mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsrdy
    "Bedingung Lambda-Sonden geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuabgl
    "Bedingung Abgleichleitung stetige Lambda-Sonde LSU unterbrochen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsudip
    "Bedingung: Sondensignal im Band um 1 für Diagnosezwecke"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuft
    "LSU Bank1 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsufta
    "LSU Bank1 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuftb
    "LSU Bank1 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuiamn
    "Bedingung: Lambdasensorsignal an Bond IA kleiner als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuiamx
    "Bedingung: Lambdasensorsignal an Bond IA größer als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuicif
    "Bedingung Schreibfehler auf INIT-Register des Auswerte IC der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuickf
    "Bedingung Kommunikationsfehler der SPI Schnittstelle zum Auswerte IC"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsulash
    "Bed.Test ausführen für Sonde hinter KAT bei Fehlerverdacht der LSU vor KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsulone
    "Bedingung Lambdasondensignal ist Lambda = 1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumr
    "LSU Bank1 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumra
    "LSU Bank1 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumrb
    "LSU Bank1 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumx
    "Maximalwert der LSU-Spannung überschritten (CJ110)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumxtk
    "Bedingung Max-Fehler ist mit ""Tank-Leer-Bedingung"" entprellt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuna
    "LSU nicht aktiv, Bank1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuocun
    "Bedingung Leitungsunterbrechung an der Sondenleitung UN"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuocvm
    "Bedingung Leitungsunterbrechung an der Sondenleitung VM"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuoffe
    "Bedingung, Zeitentprellung für Offsetdiagnose abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuoffs
    "Bedingung: Offsetfehler bei der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsupft
    "Bedingung Lambdasondensignal plausibel fett"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsupmr
    "Bedingung Lambdasondensignal plausibel mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsures
    "Bedingung für Rücksetzen der Betriebsbereitschaft der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsurfc
    "Bedingung: Resettiere Fehler Counter"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuril
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuube
    "Bedingung Betriebsspannung am LSU-Auswerte-IC zu klein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuumn
    "Bedingung Ausgangsspannung CJ120/125 im Schub zu klein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuunmn
    "Bedingung: Lambdasensorsignal an Bond UN kleiner als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuunmx
    "Bedingung: Lambdasensorsignal an Bond UN größer als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuvmmn
    "Bedingung: Lambdasensorsignal an Bond VM kleiner als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuvmmx
    "Bedingung: Lambdasensorsignal an Bond VM größer als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsv
    "Bedingung Lambda-Sonde vor Kat verbaut, 1. Sonde nach Auslaß (Bank1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsv2
    "Bedingung Lambda-Sonde vor Kat verbaut, 1. Sonde nach Auslaß (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsvnt
    "Fehler Diagnose Lambda-Sonde vor Kat schon vor leerem Tank gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsvtl
    "Fehler Diagnose Lambda-Sonde vor Kat wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lteab
    "Bedingung langsame Absteuerung der Spülrate"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luaerk
    "Aussetzer erkannt über Laufunruhe Abstandsmass, aus DMDLUA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luecke
    "Aktuelles Segment liegt über der Referenzlücke"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luef1
    "Bedingung zur Aktivierung Drehzahlfenster 1 für Lüftersteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F92 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F92 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luef2
    "Bedingung zur Aktivierung Drehzahlfenster 2 für Lüftersteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F92 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F92 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luef3
    "Bedingung zur Aktivierung Drehzahlfenster 3 für Lüftersteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F92 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F92 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luerk
    "Aussetzer erkannt, aus DMDLU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lues1
    "Bedingung Einschalten Lufterstufe 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lues2
    "Bedingung Einschalten Lufterstufe 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luespwm
    "Bedingung steuerbare Lüfter verbaut"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luesscb
    "Bedingung Lüftersteuerung aus Klimabotschaft auswertbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luessw
    "Bedingung schaltbare Lüfter verbaut"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luft
    "LSU an Luft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lums
    "Mehrfachaussetzer erkannt, Lums > Lurs"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lurlr
    "Bedingung: AGR-Laufunruheregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lustop
    "Laufunruhe-Berechnung gesperrt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lustops
    "Laufunruhe-Berechnung gesperrt, nicht synchronisiert mit luts delay"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luts
    "Schlechtweg vermutet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luwlm
    "Bed.: AGR-Laufruhe-Überhohung wird berechnet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lwsbot
    "Bedingung LWS-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lwser
    "Fehler im Lenkwinkelsensorpfad"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lwsok
    "Bedingung LWS-Caninfo ist fehlerfrei"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lzfuer
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lzup
    "lzist update"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_m8te
    "Bedingung Fkt-Anforderung Tankentlüftung nach SAE J1979 Mode 8 TID $01"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_m9cvn
    "Bedingung zur Berechnung der Checksumme (CVN) nach SAE/ISO Mode/Service $09"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madfk
    "Bedingung Momentenadaption Fahrstufe und Klimakompressor ein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madfs
    "Bedingung Momentenadaption Fahrstufe ein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madko
    "Bedingung Momentenadaption Klimakompressor ein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38091D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madll
    "Bedingung Momentenadaption ohne Last"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38091D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madsko
    "Freigabe: Adaption bei eingeschalteten Klimakompressor im Schichtbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38091D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madsll
    "Freigabe: Verlustmomentadaption in Schichtbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38091D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_magwlen
    "Bed. magerer Warmlauf ermöglichen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D2B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxflsu
    "Lambdaoffset vor / hinter Kat zu groß, Bank1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxlash
    "Maximalwert für Schwingungs-Prüfung hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxlavh
    "Bedingung Maximalwert für Vollast-Prüfung hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxshs
    "Beding. Sondenspg. hinter KAT hat im Schicht--Betrieb Schwellwert nicht erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mbst
    "Bedingung spezielle Momentenbegrenzung während Start und kurz nach Start"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mbvh
    "Bedingung Mißbrauchsverhinderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdarv
    "kritische Aussetzerrate vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdarvb1
    "kritische Aussetzerrate Bank1 vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdarvb2
    "kritische Aussetzerrate Bank2 vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdbglst
    "Bedingung: Ständige Begrenzung milsol_w auf miszull_w im Schicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdblst
    "Bedingung: Ständige Begrenzung des Luftsollmoments milsol_w auf miszull_w"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdbresl
    "Bedingung: Restierung B_mibeg nur bei inaktiver Luftbegrenzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdbza
    "Bedingung: Zündwinkeleingriff bei B_mibeg freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mddrla
    "Bedingung Misfire Detection Lastgradient für Aussetzererkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mde8e
    "Bedingung Mode $08 erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mde9e
    "Bedingung Mode $09 erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdee
    "Bedingung Momentenreduzierung über Einspritzausblendung erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdeemx
    "Bedingung Momentenreduzierung über Einspritzausblendung erlaubt, Drehzahlgrenz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdeenf
    "Bedingung Momentenreduzierung über Einspritzausblendung erlaubt, Normalfahrt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdeenl
    "Bedingung Momentenreduzierung über Einspritzausblendung erlaubt, Notlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdeetk
    "Bedingung Momentenreduzierung über Einspritzausblendung erlaubt, Kat.-Temperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdeeub
    "Bedingung Momentenreduzierung über Einspritzausbl. erlaubt, Überwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdeevb
    "Bedingung Momentenreduzierung über Einspritzausbl. erlaubt, ohne Überwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdef
    "Fehler Diagnose Aussetzer, Summenfehler (multiple) wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdein
    "Bedingung Momenteneingriff aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdend
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mderk
    "Aussetzer erkannt, Verknüpfung mehrerer Funktionen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdkat
    "Katschädigende Aussetzerrate überschritten (zur Ausblendung anderer Funktionen)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdkatb1
    "Katschädigende Aussetzerrate Bank1 (zur Ausblendung anderer Funktionen)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdkatb2
    "Katschädigende Aussetzerrate Bank2 (zur Ausblendung anderer Funktionen)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdkg
    "Bedingung Momentenbetrieb kraftstoffgeführt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdmi
    "Bedingung Misfire Detection untere Lastgrenze"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdmin
    "Bedingung minimal erreichbares indiziertes Moment erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380812 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380812 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdminbeg
    "Bedingung Momentenbegrenzung aktiv im HMM, minimales Md erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380938
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380938 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380938 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380938 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdng
    "Bedingung Misfire Detection Drehzahlgradient für Aussetzererkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdnmn
    "Bedingung Misfire Detection untere Drehzahlgrenze"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdnmx
    "Bedingung Misfire Detection obere Drehzahlgrenze"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdnstab
    "Bedingung Drehzahlstabilisierung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdnt
    "Fehler Diagnose Aussetzer, Summenfehler (multiple) schon vor leerem Tank gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdsawe
    "Bedingung Schubabschalten und Wiedereinsetzen über Momenteneingriff"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdstim
    "Zündungs-Aussetzer eingestellt, Stimuli-Signal vom Aussetzergenerator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdstop
    "Misfire Detection gesperrt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdtnst
    "Bedingung Misfire Detection Zeit nach Startende"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdvur
    "Bedingung Vermeidung Umschaltruck in Md-Struktur berücksichtigt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdwaner
    "Bedingung Fehler auf mdwan_w"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdzag
    "Bedingung Aussetzer angefordert, Stimuli-Signal vom SW - Aussetzergenerator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdzgstp
    "Aussetzererkennung und Zylindergleichstellung gesperrt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdzwhmm
    "Bedingung Rechnung %MDZW im Homogen mager Betrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdzyl1
    "Zyl.-Kennung (f. Zeit>TALUST), LU-Berechng. gesperrt (f. Zeit<TALUST)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mfact
    "Bedingung Medianfilter aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mfgf
    "Bedingung Messung Fettgasfläche"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mfspab
    "zur Mittelwertbildung 2 FSPA-Ausreisser abziehen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mgbget
    "Bedingung Momentengradientenbegrenzung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mibeg
    "Bedingung Momentenbegrenzung ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mibeggl
    "Bedingung Momentenbegrenzung Füllungspfad aktiv, nicht homogen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mibegk
    "Bedingung Momentenbegrenzung Kraftstoffpfad aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mibegl
    "Bedingung Momentenbegrenzung Füllungspfad aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_miecges
    "Bed. Getriebeschutz bei fehlende Getriebe Botschaften aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mifabg
    "Bedingung Begrenzung mifa"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_migcuk
    "Bit Momentengradient unter Schwelle vor Entprellung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_miglsc
    "Bit Momentengradient unter Schwelle nach Entprellung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_miglvz
    "Bit miglsolf über Schwelle zur Cruisingerkennung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mil
    "MIL-Ansteuerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milabg
    "Mil leuchtet Abgasrelevant"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milact
    "MIL-Ansteuerung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milblk
    "MIL-Ansteuerung blinkend"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mileb
    "MIL-Ansteuerung eigenbestimmt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milfb
    "MIL-Ansteuerung fremdbestimmt durch externes SG"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milfbg
    "Bedingung MIL-Ansteuerung vom Getriebe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milkat
    "Mil blinkt wegen Kat schädigende Aussetzer"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milmd
    "MIL-Ansteuerung an durch Aussetzererkennung, bei ti-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milst
    "MIL-Ansteuerung Prueffunktion bei Start"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milstat
    "MIL - Status für Scan Tool Mode $01 PID $01"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milstp
    "Auswertung Aussetzererkennung (%DMDMIL) gesperrt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milstps
    "Auswertung Aussetzererkennung (%DMDMIL) gesperrt, nicht synchronisiert mit luts"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minflsu
    "Dynamikfehler LSU, Bank1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minlash
    "Minimalwert für Schwingungsprüfung hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minshs
    "Beding. Sondenspg. hinter KAT hat im Schicht--Betrieb Schwellwert nicht erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minslsu
    "Steigungsfehler LSU, Bank1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_misfire
    "Homogen-Anforderung  durch Aussetzer im Schichtbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380555
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380555 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380555 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380555 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mismeus
    "Bedingung Momentenänderungsbegrenzung bei B_smeus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mldkt
    "Bedingung Katdiagnose gesperrt wegen Motor-Luftmasse"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380694 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380694 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mldyn
    "Bedingung erforderliche Luftmasse im Schubbetrieb für Dynamikmessung erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlevab
    "Bit Lambdaregelung bei/nach Zylinderausblendung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mllean
    "Bedingung erforderliche Luftmasse/Lambda erreicht im Schichtbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlrsa
    "LRSEB: Ausschaltbed. für Lambdareg. auf bei und nach Schub über Luftmassenschw."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mluecke
    "Bedingung mittleres Lückensegment bei Motoren mit ungerader Zylinderanzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlup
    "Bedingung Luftprüfung im Magerbetrieb möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlustest
    "Bedingung ml ist innerhalb den Schwellen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnaatun
    "Bedingung: Min-Fehler Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnagre
    "Fehlertype: Kurzschluß nach Masse Endstufe AGR-Ventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnagrl
    "Fehlerart: Masseschluß am AGR-Lagepoti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnagrs
    "Fehlerart: AGR-Durchfluss zu klein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnagrv
    "Fehlerart: AGR-Ventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnatnv
    "Fehlerart: elektrischer Min-Fehler, Temp.Sensor hinter dem Vorkatalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbks
    "Fehlertyp min.:  Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbkse
    "Fehlertyp: Kurzschluß Masse BKS Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbm
    "Fehlertyp: häufige Korrektur bei einem Zahn zuwenig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbrems
    "Fehlertyp BREMS (Bremssschalter): Minimalwert unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbwf
    "Fehlertyp min.: PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncair
    "Fehlertyp min. : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncairp
    "Fehlertyp min. : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncas
    "Fehlertyp min.: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncat
    "Fehlertyp min.: CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncbsg
    "Fehlertyp min. : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncge
    "Fehlertyp min.: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncgra
    "Fehlertyp : Min-Fehler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncif
    "Fehlertyp min.: CAN-Schnittstelle, interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncins
    "Fehlertyp min.: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnckla
    "Fehlertyp min. : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndk
    "Fehlertype: Kurzschluß nach Masse Drosselklappenpoti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndk1p
    "Fehlertyp min.: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndk2p
    "Fehlertyp min.: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndpl
    "Fehlertyp 'Dauerplus' erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndpupsr
    "Bedingung: Min-Fehler Differenz zwischen Umgebungsdruck und Saugrohrdruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndsbkv
    "Bedingung: min. Fehler BKV-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndskv
    "Fehlertyp min.: Hochdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndss
    "Bedingung: min-Fehler Saugrohrdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndsslm
    "Bedingung: min-Fehler Saugrohrdrucksensor (für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndsu
    "Bedingung: min-Fehler Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndsv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvee
    "Fehlerzyp min.: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvef
    "Fehlertyp min.: DV-E Fehler bei Prüfung der öffnenden Feder"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvefo
    "Fehlertyp min.: Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvel
    "Fehlertyp min.: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndven
    "Fehlertyp min.: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndver
    "Fehlerzyp min.: DV-E Regelbereich, kurzfristig überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvet
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndveu
    "Fehlertyp min.: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndveub
    "Fehlertyp min.: DV-E-Adaption Abbruch wg. Umweltbed/Unterspng"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndveuw
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvev
    "Fehlertyp min.: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndylsu
    "Fehlerart: Min-Fehler, Dynamikdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfp1p
    "Fehlertyp min.: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfp2p
    "Fehlertyp min.: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfpp
    "Fehlertyp min.: Fahrpedal Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfra
    "Bedingung untere Plausibilitätsschwelle unterschritten (multiplikativer Bereich)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfrst
    "Bedingung untere Plausibilitätsschwelle unterschritten(short test)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mngecod
    "Fehlertyp: CVT-Getriebe falsch codiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mngef
    "Bedingung Minimum NOx-Signal gefunden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mngrbh
    "Fehlertyp min.: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevh1
    "Fehlertyp: Kurzschluß nach Masse an High-Side HDEV1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevh2
    "Fehlertyp: Kurzschluß nach Masse an High-Side HDEV2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevh3
    "Fehlertyp: Kurzschluß nach Masse an High-Side HDEV3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevh4
    "Fehlertyp: Kurzschluß nach Masse an High-Side HDEV4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevk
    "Min.Fehler, HDEV, Kommunikation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevl1
    "Fehlertyp: Kurzschluß nach Masse an Low-Side HDEV1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevl2
    "Fehlertyp: Kurzschluß nach Masse an Low-Side HDEV2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevl3
    "Fehlertyp: Kurzschluß nach Masse an Low-Side HDEV3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdevl4
    "Fehlertyp: Kurzschluß nach Masse an Low-Side HDEV4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhdr
    "Bedingung: Fehler Raildruck zu klein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhelsu
    "Fehlerart: min-Fehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhhe
    "Bedingung min-Fehler bei DHNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhla
    "Bedingung: Min-Fehler Gebergröße Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhnohk
    "Min-Fehler bei HNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhnohke
    "Min-Fehler HNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhre
    "Bedingung für Fehlertyp 'Minimalwert' Hauptrelaisentstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsh
    "Kurzschluß Heizung Lambdasonde hinter Kat nach Masse"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsv
    "Kurzschluß Heizung Lambdasonde vor Kat nach Masse"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsve
    "Kurzschluß Heizung Lambdasonde vor Kat nach Masse (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsvsa
    "Min-Fehler erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mniclsu
    "Bedingung MIN-Fehler Auswerte-IC für die LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkat
    "Fehlertyp 'Minimalwert' erkannt (Katalysator defekt)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkrnt
    "Fehlertyp min.: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkrof
    "Fehlertyp min.: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkrtp
    "Fehlertyp min.: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnks1
    "Bedingung: Min-Fehler Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkuppl
    "Fehlertyp KUPPL: Minimalwert unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlash
    "Fehlertyp 'Minimalwert' für Schwingungsprüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlbk
    "Bedingung: min-Fehler Ladungsbewegungsklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlbke
    "Bedingung: min-Fehler Ladungsbewegungsklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlbko
    "Bedingung: min-Fehler Ladungsbewegungsklappe Offset-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlbkp
    "Bedingung: min-Fehler LBK Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlghmm
    "Bedingung: Min. Grenze DLGHMM ->nicht verwendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnllrh
    "Unterdrehzahlfehler DLLR im Homogenbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnllrm
    "Unterdrehzahlfehler DLLR bei Magerbetriebsarten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlm
    "Bedingung: min-Fehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsh
    "Fehlertyp 'Minimalwert' hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuia
    "Fehlertyp 'Minimalwert'  an Sondenleitung IA erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuip
    "Fehlertyp 'Minimalwert'  an Sondenleitung IP erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuks
    "Fehlertyp 'Minimalwert'  des Fehlers E_lsuks"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuun
    "Fehlertyp 'Minimalwert'  an Sondenleitung UN erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuvm
    "Fehlertyp 'Minimalwert'  an Sondenleitung VM erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsv
    "Fehlertyp 'Minimalwert' vor KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlues1e
    "Fehlertype: Kurzschluß nach Masse Endstufe Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlues2e
    "Fehlertype: Kurzschluß nach Masse Endstufe Lüftersteuerung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlzsr
    "Bedingung: min. Fehler Leck zum Saugrohr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd
    "Fehlertyp min.: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd00
    "Fehlertyp min.: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd01
    "Fehlertyp min.: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd02
    "Fehlertyp min.: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd03
    "Fehlertyp min.: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmdb
    "Fehlertyp min.: Momentanüberwachung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmdsch
    "Fehlertyp min.: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmld
    "Bedingung untere Plausibilitätsschwelle (Luftmassenvergleich) HFM überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmsve
    "Fehlertyp: Kurzschluß Masse MSV Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnn
    "Fehlerart: Synchronisationsmarke häufig nicht gefunden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnohk
    "Min-Fehler NOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnohkp
    "Min-Fehler NOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnosan
    "Bedingung NOx Offset in GGNOH ermittelt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnosaok
    "Bedingung Minimum NOx-Signal im Schub i.O."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnwkw
    "Fehlerart: Nockenwelle spätverstellt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnx
    "Fehlertyp min.: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnora
    "Bedingung untere Plausibilitätsschwelle unterschritten (additiver Bereich)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnospar
    "Bedingung Masse NOx im Katalysator ausreichend für Regenerierung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnospl
    "Bedingung NOx-Speicher geleert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380608
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380608 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380608 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380608 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnospmn
    "Bedingung Speicherkat geleert laut Model"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnph
    "Fehlerart: Kurzschluß Masse Phasengeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnpllsu
    "Bedingung: Min-Fehler Plausibilität LSU: Sonde zeigt keine Aktivität"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mns
    "Bedingung Minimumsuche NOx-Signal läuft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnsalsu
    "Fehlerart: Min-Fehler, Schubabgleich LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnscr
    "Fehlertyp min.: CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnserr
    "Bedingung Fehler bei Minimumsuche NOx-Signal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnserrl
    "Bedingung Fehler bei Minimumsuche, lokal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnset
    "Bedingung Minimum setzten bei kleiner NOx-Konzentration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnsgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnsgeew
    "Fehlertyp min.:Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnskno
    "Bedingung untere Plausibiltätsschwelle unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnta
    "Fehlertyp: Minimalwertunterschreitung Ansauglufttemperatur TANS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntahfm
    "Fehlertyp: Minimalwertunterschreitung Ansauglufttemperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntankl
    "Fehlertyp min.: Tank leer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntes
    "Fehlertyp 'Minimalwert' erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnteve
    "Fehlertyp: Kurzschluß Masse Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntka
    "Fehlertyp: Minimalwertunterschreitung Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntkomp
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntm
    "Fehlertyp: Minimalwertunterschreitung Motortemperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntmki
    "Bedingung: Min-Fehler Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntum
    "Fehlertyp: Minimalwertunterschreitung Umgebungstemperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnub
    "Fehlertyp: Minimalwertunterschreitung Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnubr
    "Fehlertyp: Minimalwertunterschreitung Bordnetzspannung über Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufmv
    "Fehlertyp min.: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufnc
    "Fehlertyp min.:Fktüberwachung:Drehzahlgeber-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufpr
    "Fehlertyp min.:Fktüberwachung:Drucksensor-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufrkc
    "Fehlertyp min.:Fktüberwachung: Lambda-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufrlip
    "Fehlertyp min.: Fktüberw: Lastsensor-, Zuleitung- oder SG-Fehler (ei_dps_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufsga
    "Fehlertyp min.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a (ei_zwc_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufsgb
    "Fehlertyp min.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b (ei_rkti_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufska
    "Fehlertyp min.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufspsc
    "Fehlertyp min.:Fktüberwachung:Pedalwertgeber-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnulsu
    "Fehlerart: Min-Fehler, Spannungsdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnurram
    "Fehlertyp min.: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnurrom
    "Fehlertyp min.: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnurrst
    "Fehlertyp min.: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnvfz
    "Fehlertyp min,: Fahrzeuggeschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnvtk
    "Bedingung untere Plausibilitätsschwelle unterschritten (therm. Kat.-Diagnose)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnwfs
    "Fehlertyp min.: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnwfsrc
    "Fehlertyp min.: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzgst00
    "Fehlerart: zuviel Drehmoment von Zylinder (zzyl=0)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzgst01
    "Fehlerart: zuviel Drehmoment von Zylinder (zzyl=1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzgst02
    "Fehlerart: zuviel Drehmoment von Zylinder (zzyl=2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzgst03
    "Fehlerart: zuviel Drehmoment von Zylinder (zzyl=3)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_motabw
    "Bedingung: Motor abgewürgt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_motaus
    "CAN-Signal: ""Motor AUS""-Anforderung vom F1-Getriebe (KUP)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_motstop
    "Bedingung für Abruch von Einspritzung und Zündung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mrakt
    "Bedingung: Momentenreserve aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mrpfa
    "Bedingung Nullsetzen von mrped_w wegen allgemeiner Drehzahlanhebung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380932
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380932 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380932 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380932 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msabcont
    "Bedingung undestörte Regenerationsphase"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380617
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380617 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380617 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380617 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mshlon
    "Bedingung Heißleuchte an (für CAN-Ausgabe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msmntpk
    "Massenstrom kleiner als Schwellwert NRKTPKTU, Verzögerung von B_atmtpk"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msndko
    "Freigabebedingung für langsamen additiven Massenstromabgleich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380765
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380765 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380765 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380765 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msr
    "Bedingung für Momentenschlupfregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrakt
    "MSR-Funktion aktiviert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrdis
    "Bedingung MSR-Eingriff nicht zugelassen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrphnpl
    "Bedingung MSR-Eingriff physikalisch nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrtnpl
    "Bedingung MSR-Eingriff aufgrund Topffunktion nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrvnpl
    "Bedingung MSR-Eingriff aufgrund Geschwindigkeitsschwelle nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msr_can
    "Bedingung MSR-Anforderung über CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mstefg
    "Bedingung Freigabe des Massenstroms über das Tankentlüftungsventil"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msthw_um
    "Bedingung Master-SG gemäß Codier-Pin für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380407
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380407 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380407 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380407 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msuos
    "Bedingung Schwefelmenge oberhalb Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msvact
    "Bit Ansteuerung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msvakt
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msvdb
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msvinihw
    "Bedingung Initialisierung Hardwarekapsel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msvkma
    "Bit Kleinmengenansteuerung MSV aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380836 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380836 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msvoff
    "Bedingung MSV Abschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mszsdkb
    "Berechnung Massenstrom zum Saugrohr DK basiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mt
    "Bedingung Handschaltgetriebe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mtllanv
    "Bit Hochzählen Summe für Mittelung vor lanvvkm_w"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_munst
    "Bedingung Eingriff Momentenüberwachung zulassen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwab
    "Bedingung Abbruch der aktuellen Betriebsart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380550
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380550 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380550 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380550 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwagr
    "Bedingung Modewechsel Abgasrückführung (Quittung)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwagrs
    "Bedingung Modewechsel Abgasrückführung (Trigger)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwfe
    "BDE-Modewechsel Füllungseingriffe (Quittungssignal)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380812 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380812 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwfes
    "Bedingung Modewechsel Füllungssteuerung (Trigger)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwlbk
    "Bedingung Modewechsel Ladungsbewegungsklappe (Quittung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380789
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380789 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380789 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380789 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwlbks
    "Bedingung Modewechsel Ladungsbewegungsklappe (Trigger)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwnl
    "Bedingung Modewechsel Notlauffunktion (harte Umschaltung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380556
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380556 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380556 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380556 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwsme
    "BDE-Modewechsel schneller Momenteneingriff (Quittungssignal)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwsmes
    "BDE-Modewechsel schneller Momenteneingriff (Trigger)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwte
    "Bedingung Modewechsel Tankentlüftung (Quittung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwtes
    "Bedingung Modewechsel Tankentlüftung (Trigger)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwteuvz
    "BDE-Modewechsel Tankentlüftung ohne Verzögerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwus
    "Bedingung Modewechsel Umschaltung (Quittung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380544
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380544 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380544 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380544 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwusall
    "BDE-Modewechsel Umschaltung in alle Betriebsarten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380543
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380543 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380543 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380543 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwushks
    "BDE-Modewechsel Umschaltung nach homogen-Klopfschutz"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwushmm
    "BDE-Modewechsel Umschaltung nach homogen mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwushom
    "BDE-Modewechsel Umschaltung nach homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwushos
    "BDE-Modewechsel Umschaltung nach homogen schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwusmx
    "Überschreitung max. Zeit bei BDE-Modewechsel Umschaltung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380543
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380543 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380543 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380543 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwuss
    "Bedingung Modewechsel Umschaltung (Trigger)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwussch
    "BDE-Modewechsel Umschaltung schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mwusskh
    "BDE-Modewechsel Umschaltung Schicht-Katheizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxaatun
    "Bedingung: Max-Fehler Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxagre
    "Fehlertype: Kurzschluß nach Ubat Endstufe AGR-Ventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxagrl
    "Fehlerart: Kurzschluß nach ub am AGR-Lagepoti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxagrs
    "Fehlerart: AGR Durchfluss zu gross"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxagrv
    "Fehlerart: AGR-Ventil klemmt offen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxatnv
    "Fehlerart: elektrischer Max-Fehler,  Temp.-Sensor hinter dem Vorkatalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbks
    "Fehlertyp max.: Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbkse
    "Fehlertyp: Kurzschluß Ubat BKS Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbm
    "Fehlertyp: häufige Korrektur bei einem Zahn zuviel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbrems
    "Fehlertyp BREMS (Bremsschalter): Maximalwert überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbwf
    "Fehlertyp max.: PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcair
    "Fehlertyp max. : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcairp
    "Fehlertyp max. : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcas
    "Fehlertyp max.: CAN-Schnittstelle, Timeout Botschaft ASC"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcat
    "Fehlertyp max.: CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcbsg
    "Fehlertyp max. : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcge
    "Fehlertyp max.: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcgra
    "Fehlertyp : Max-Fehler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcif
    "Fehlertyp max.: CAN-Schnittstelle, interner Fehler            2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcins
    "Fehlertyp max.: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxckla
    "Fehlertyp max. : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdk
    "Fehlertype: Kurzschluß nach Ubat Drosselklappenpoti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdk1p
    "Fehlertyp max.: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdk2p
    "Fehlertyp max.: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdpl
    "Fehlertyp 'Dauerplus' erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdpupsr
    "Bedingung: Max-Fehler Differenz zwischen Umgebungsdruck und Saugrohrdruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdsbkv
    "Bedingung: max. Fehler BKV-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdskv
    "Fehlertyp max.: Hochdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdss
    "Bedingung: max-Fehler Saugrohrdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdsslm
    "Bedingung: max-Fehler Saugrohrdrucksensor (für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdsu
    "Bedingung: max-Fehler Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdsv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvee
    "Fehlertyp max.: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvef
    "Fehlertyp max.: DV-E Fehler bei Prüfung der Rückstellfeder"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvefo
    "Fehlertyp max.: Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvel
    "Fehlerzyp max.: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdven
    "Fehlertyp max.: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdver
    "Fehlertyp max.: DV-E Regelbereich, langfristig verletzt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvet
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdveu
    "Fehlertyp max.: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdveub
    "Fehlertyp max.: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdveuw
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvev
    "Fehlertyp max.: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdylsu
    "Fehlerart: Max-Fehler, Dynamikdiagnose LSU,"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfp1p
    "Fehlertyp max.: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfp2p
    "Fehlertyp max.: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfpp
    "Fehlertyp max.: Fahrpedal Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfra
    "Bedingung obere Plausiblitätsschwelle überschritten (multiplikativer Bereich)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfrst
    "Bedingung obere Plausiblitätsschwelle überschritten (short test"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxgecod
    "Fehlertyp: AT-Getriebe falsch codiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxgrbh
    "Fehlertyp max.: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevh1
    "Fehlertyp: Kurzschluß nach UB an High-Side HDEV1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevh2
    "Fehlertyp: Kurzschluß nach UB an High-Side HDEV2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevh3
    "Fehlertyp: Kurzschluß nach UB an High-Side HDEV3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevh4
    "Fehlertyp: Kurzschluß nach UB an High-Side HDEV4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevk
    "Max.Fehler, HDEV, Kommunikation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevl1
    "Fehlertyp: Kurzschluß nach UB an Low-Side HDEV1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevl2
    "Fehlertyp: Kurzschluß nach UB an Low-Side HDEV2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevl3
    "Fehlertyp: Kurzschluß nach UB an Low-Side HDEV3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdevl4
    "Fehlertyp: Kurzschluß nach UB an Low-Side HDEV4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhdr
    "Bedingung: Fehler Raildruck zu groß"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhelsu
    "Fehlerart: max-Fehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhhe
    "Bedingung max-Fehler bei DHNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhla
    "Bedingung: Max-Fehler Gebergröße Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhnohk
    "Max-Fehler bei HNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhnohke
    "Max-Fehler HNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhre
    "Bedingung für Fehlertyp 'Maximalwert' Hauptrelaisentstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsh
    "Kurzschluß Heizung Lambdasonde hinter Kat nach UB"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsv
    "Kurzschluß Heizung Lambdasonde vor Kat nach UB"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsve
    "Kurzschluß Heizung Lambdasonde vor Kat nach UB (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsvsa
    "Max-Fehler erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxiclsu
    "Bedingung MAX-Fehler Auswerte-IC für die LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkat
    "Bedingung obere Plausibilitätsschwelle überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra01
    "Fehlertyp max.: Klopfregelanschlag Zylinder 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra02
    "Fehlertyp max.: Klopfregelanschlag Zylinder 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra03
    "Fehlertyp max.: Klopfregelanschlag Zylinder 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra04
    "Fehlertyp max.: Klopfregelanschlag Zylinder 4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkrnt
    "Fehlertyp max.: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkrof
    "Fehlertyp max.: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkrtp
    "Fehlertyp max.: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxks1
    "Bedingung: Max-Fehler Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkuppl
    "Fehlertyp KUPPL: Maximalwert überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlash
    "Fehlertyp 'Maximalwert' für Schwingungs-Prüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlbk
    "Bedingung: max-Fehler Ladungsbewegungsklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlbke
    "Bedingung: max-Fehler Ladungsbewegungsklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlbko
    "Bedingung: max-Fehler Ladungsbewegungsklappe Offset-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlbkp
    "Bedingung: max-Fehler LBK Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlghmm
    "Bedingung: Max. Grenze DLGHMM ->nicht verwendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxllrh
    "Überdrehzahlfehler DLLR im Homogenbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxllrm
    "Überdrehzahlfehler in Magerbetriebsart"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlm
    "Bedingung: max-Fehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsh
    "Fehlertyp 'Maximalwert' hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuia
    "Fehlertyp 'Maximalwert'  an Sondenleitung IA erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuip
    "Fehlertyp 'Maximalwert'  an Sondenleitung IP erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuks
    "Fehlertyp 'Maximalwert'  des Fehlers E_lsuks"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuun
    "Fehlertyp 'Maximalwert'  an Sondenleitung UN erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuvm
    "Fehlertyp 'Maximalwert'  an Sondenleitung VM erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsv
    "Fehlertyp 'Maximalwert' vor KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlues1e
    "Fehlertype: Kurzschluß nach Ubatt Endstufe Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlues2e
    "Fehlertype: Kurzschluß nach Ubatt Endstufe Lüftersteuerung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlzsr
    "Bedingung: max. Fehler Leck zum Saugrohr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd
    "Fehlertyp max.: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd00
    "Fehlertyp max.: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd01
    "Fehlertyp max.: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd02
    "Fehlertyp max.: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd03
    "Fehlertyp max.: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmdb
    "Fehlerart: Maximal zulässiges Sollmoment wird dauerhaft überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmdsch
    "Fehlertyp max.: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmld
    "Bedingung obere Plausibilitätsschwelle (Luftmassenvergleich) HFM überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmntm
    "Bedingung min-oder max-Fehler Motortemperaturfühler vorhanden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmsve
    "Fehlertyp: Kurzschluß Ubat MSV Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxn
    "Fehlerart: häufiger Lückenverlust beim Lückencheck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxnohk
    "Max-Fehler NOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxnohkp
    "Max-Fehler NOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxnwkw
    "Fehlerart: Nockenwelle frühverstellt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxnx
    "Fehlertyp max.: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxora
    "Bedingung obere Plausibilitätsschwelle überschritten (additiver Bereich)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxph
    "Fehlerart: Kurzschluß Ubat Phasengeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxpllsu
    "Fehlerart:  Max-Fehler Plausibilität LSU: Offsetfehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxrlroh
    "Bedingung maximal Auswahl für rlroh ist erfüllt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxsalsu
    "Fehlerart: Max-Fehler, Schubabgleich LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxscr
    "Bedingung max. Fehler Crash- Signal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxsgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxsgeew
    "Fehlertyp max.: Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxskno
    "Bedingung obere Plausibiltätsschwelle überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxta
    "Fehlertyp: Maximalwertüberschreitung Ansauglufttemperatur TANS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtahfm
    "Fehlertyp: Maximalwertüberschreitung Ansauglufttemperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtankl
    "Fehlertyp max.: Tank leer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtes
    "Fehlertyp 'Maximalwert' erkannt (Tankentlüftungsventil)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxteve
    "Fehlertyp: Kurzschluß Ubat Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtka
    "Fehlertyp: Maximalwertüberschreitung Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtm
    "Fehlertyp: Maximalwertüberschreitung Motortemperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtmki
    "Bedingung: Max-Fehler Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtum
    "Fehlertyp: Maximalwertüberschreitung Umgebungstemperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxub
    "Fehlertyp: Maximalwertüberschreitung Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxubr
    "Fehlertyp: Maximalwertüberschreitung Bordnetzspannung über Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufmv
    "Fehlertyp max.: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufnc
    "Fehlertyp max.:Fktüberwachung:Drehzahlgeber-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufpr
    "Fehlertyp max.:Fktüberwachung:Drucksensor-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufrkc
    "Fehlertyp max.:Fktüberwachung:Lambda-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufrlip
    "Fehlertyp max.:Fktüberwachung:Lastsensor-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufsga
    "Fehlertyp max.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a (ei_rlc_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufsgb
    "Fehlertyp max.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b (ei_gkc_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufska
    "Fehlertyp max.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufspsc
    "Fehlertyp max.:Fktüberwachung:Pedalwergeber-,Zuleitung-oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxulsu
    "Fehlerart: Max-Fehler, Spannungsdiagnose LSU,"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxurram
    "Fehlertyp max.: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxurrom
    "Fehlertyp max.: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxurrst
    "Fehlertyp max.: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxvfz
    "Fehlertyp max.: Fahrzeuggeschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxvtk
    "Bedingung obere Plausiblitätsschwelle überschritten (Thermische Kat.-Diagnose)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxwfs
    "Fehlertyp max.: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxwfsrc
    "Fehlertyp max.: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzgst00
    "Fehlerart: zuwenig Drehmoment von Zylinder (zzyl=0)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzgst01
    "Fehlerart: zuwenig Drehmoment von Zylinder (zzyl=1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzgst02
    "Fehlerart: zuwenig Drehmoment von Zylinder (zzyl=2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzgst03
    "Fehlerart: zuwenig Drehmoment von Zylinder (zzyl=3)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mzns
    "Nachstartaufweitung des zul. Moments aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mzns_c_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380407
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380407 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380407 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380407 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mzns_um
    "Nachstartaufweitung des zuläsigen Moments in der Funktonsüberwachung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nac
    "Bedingung für erhöhte LL-Drehzahl bei Klimaanlage"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nachl
    "Steuerung SG-Nachlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nachlend
    "Bedingung SG-Nachlauf regulär beendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nachlram
    "Steuerung SG-Nachlauf mit Systemcheck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nachlstp
    "Bedingung SG-Nachlauf beendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ndyshn
    "Bedingung kein Dynamik-Fehler im Schub (dynamisch) für Sonde hinter KAT BDE"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_neamsr
    "Bedingung Nachrichtenempfang Botschaft Bremse 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nebr3
    "Bedingung Nachrichtenempfang Botschaft Bremse 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nege
    "Bedingung Nachrichtenempfang Getriebe-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nesch
    "Bedingung Sondenspannung keinen Fehler (no Error) im Schub"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_neusynbe
    "Neusynchronisation im Betrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nfsonox
    "Bedingung kein Fehler für erreichte Sondensprünge bei NOx-Ausräumung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nfusim
    "Beding. kein Fehler; Sondenspg. hat Schwellwert im Mager-Betrieb erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nfusimx
    "Beding. kein Fehler; Sondenspg. hat Schwellwert im Mager-Betrieb erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ngasok
    "Bedingung Ringspeicher für ngas-Berechnung ok"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nkons_uc
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nkons_um
    "Bedingung MSR-Botschaft ist nicht konsistent"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlacls
    "Anforderung Steuergerätenachlauf von AC-Lüftersteuerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlale
    "Anforderung Steuergerätenachlauf von Funktion ALE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlanbsg2
    "Anforderung von Bordnetzmangement zur Anhebung der Leerlaufdrehzahl Stufe2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlasicOBP
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3833BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlatm
    "Anforderung Steuergerätenachlauf für Abgastemp.Modell Sondenschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbm
    "Bedingung für NLDG wenn Bezugsmarke häufig verloren wird"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbzakt
    "Anhebung der Leerlaufdrehzahl für Bordnetzspannung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbzanf
    "Anforderung von Bordnetzmangement zur Anhebung der Leerlaufdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbzanf2
    "Anforderung von Bordnetzmangement zur Anhebung der Leerlaufdrehzahl Stufe2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlcan
    "Bedingung für SG-Nachlauf von CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldg
    "Bedingung Drehzahlgeber-Notlauf ist aktiv."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldpupsr
    "Adaption Umgebungsdruck zum Saugrohrdruck ist eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldte
    "Anforderung Steuergerätenachlauf Diagnose Tankentlüftung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldval
    "Anforderung Steuergeräte Nachlauf wegen DVAL (Validierung)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldve
    "Anforderung Steuergerätenachlauf von DVE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlebem
    "Bedingung Leerlaufsolldrehzahlerhöhunh für Energiemanagement"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlEEPR
    "Bedingung Nachlauf EEPROM schreiben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlel
    "Bedingung Nachlauf Zusatz-Elektrolüfter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nletm
    "Bedingung Nachlauf tmot-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlfrOBP
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3833BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlh
    "Notlaufanforderung Homogen aus Funktionsebene"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlh1
    "Notlaufanforderung Homogen aus Funktionsebene"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380555
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380555 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380555 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380555 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlh2
    "Notlaufanforderung Homogen aus Funktionsebene"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380555
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380555 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380555 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380555 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlhf_uc
    "Anforderung Notlauf  mit Lambda 1 für Funktionsebene im Befehlstest"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlhf_um
    "Anforderung Notlauf  mit Lambda 1 für Funktionsebene"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlh_bt
    "Notlaufanforderung Homogen aus Funktionsebene im Befehlstest"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlh_um
    "Anforderung Notlauf  mit Lambda 1 aus Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380400 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380400 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nllstab
    "Drehzahlmaximum im Start erreicht."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlmls
    "Anforderung Steuergerätenachlauf von Motor-Lüftersteuerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlnobm
    "Bedingung für NLDG wenn keine Bezugsmarke gefunden wurde"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlnon
    "Bedingung für NLDG wenn keine Zahnsignale vorhanden sind"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlobd
    "Anforderung Steuergerätenachlauf von OBD"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlOBP
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3833BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpe
    "Bedingung: Fehler in NLP-Prüfung u. -Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlperf
    "Dauer-RAM, Bedingung: NLP-Erfassung erfolgreich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383283
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383283 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383283 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383283 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlph
    "Bedingung kein Phasensignal von den Phasengebern"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlphase2
    "Bedingung Nachlaufphase 2 aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlphdly
    "Bed. Verzögerung für Stimulibit bei Notlauf Phasengeber (für Trommeleintrag)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlphea
    "Ev-Abschaltung für Notlauf Phasensynchronisation aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpheai
    "Ev-Abschaltung für Notlauf Phasensynchronisation aktiv AEVAB intern"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlphpr
    "Bedingung: Raildruckauswertung bei NLPH für BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlphwe
    "Anforderung für eine Einspritzung bei OT für Rückblaserkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpne
    "Bedingung: Bei gefordertem DK-Notluftfahren wurde NLP nicht erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpnew
    "Bedingung: NLP-Position ist noch nicht bekannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpreq
    "Bedingung: NLP-Lernen anfordern"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlsgls
    "Anforderung Steuergerätenachlauf von Steuergeräte-Lüftersteuerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlsgls2
    "Anforderung Lüfternachlaufsteuerung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlsiko
    "Bedingung Nachlauf EGAS-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlubr
    "Bedingung Anforderung Steuergerätenachlauf für UBR-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlwfs
    "SG-Bedingung SG-Nachlauf durch Wegfahrsperrensteuergerät"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlwst
    "Anforderung Steuergerätenachlauf für Wiederholstarterkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlzoff
    "Bedingung Abschaltung der Zündung für Überwachungsfunktion"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmax
    "Bedingung Drehzahlbegrenzung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxd
    "Bedingung Drehzahlbegrenzung mit Einspritzausblendung an allen Zylindern"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxext
    "Externe Drehzahlbegrenzung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxge
    "Drehzahlbegrenzung durch Getriebe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxmsv
    "Bedingung Drehzahlbegrenzung aktiv bei MSV Fehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxog
    "Bedingung kurzzeitige Überhöhung der Drehzahlgrenze"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380957
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380957 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380957 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380957 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmin
    "Bedingung Unterdrehzahl: n < NMIN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmin_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmnddss
    "Bedingung Motorstillstand im Nachlauf für appl. Zeit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383287
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383287 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383287 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383287 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmot
    "Bedingung Motordrehzahl: n > NMIN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmxhmmnl
    "Anforderung der max Drehzahlgrenze für Notlauf HMM"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380556
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380556 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380556 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380556 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmxkr
    "Bedingung Drehzahlbegrenzung bei Sicherheitsspätverstellung der Klopfregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380957
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380957 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380957 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380957 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmxozwe
    "Bedingung: kein Zündwinkeleingriff der Drehmomentstruktur wegen NMAX-Begrenzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmxred
    "reduzierte maximale Drehzahl"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380956
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380956 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380956 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380956 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmxschnl
    "Anforderung der max. Drehzahlgrenze für Notlauf Schicht Betrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380556
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380556 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380556 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380556 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_no
    "unendlich-Trigger für Fehlerpfadmanagement"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383263
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383263 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383263 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383263 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noacc_um
    "Bedingung keine Übernahme des ACC-Momentes"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noact
    "Bedingung keine NOx Aktivität"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobdem
    "Bedingung Abschaltung BDE-Betriebsartenkoordination bei hohen Drehzahlen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobm
    "Bedingung BM-Lücke nach > 60 Zähnen nicht gefunden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobm1
    "Bedingung 1. BM-Lücke nach Synchronisation nicht gefunden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383273
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383273 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383273 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383273 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobmflr1
    "Es liegen keine Bezugsmarkenverluste vor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobmflr2
    "Bezugsmarke wurde im Start richtig erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobrs_um
    "Bremsenbotschaft in der Funktionsüberwachung nicht übernommen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380400 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380400 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nocorflr
    "Es wurden keine Zahnkorrekturen vorgenommen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nodec
    "Bedingung kein Dekrementieren des Startadaptionsfactors innerhalb dieses Starts"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nodfr
    "Bedingung NOx-Sensor-Diagnosefreigabe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nodo
    "Bedingung keine Doppeleinspritzung notwendig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380843
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380843 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380843 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380843 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nodyshn
    "Bedingung kein Dynamik-Fehler im Schub (statisch) für Sonde hinter KAT BDE"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noensa
    "Bedingung Schubdiagnose Freigabe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noenub
    "Bedingung NOx-Sensordiagnosefreigabe Ubatt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noeoffmn
    "Bedingung NOx min Schwelle unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noesab
    "Bedingung: Einspritzabbruch nicht erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noeschw
    "Bedingung NOx-Sensorfehlerschwelle überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofgrmx
    "Bedingung nofmx_w größer max. Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofgrss
    "Bedingung nofmx_w größer max. Schwelle Adaptionsgrenze"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofistkl
    "Bedingung NOx-Rohemissionen unterhalb max. Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofmxh
    "Bedingung Hochsetzen nofmx_w"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofmxr
    "Bedingung Runtersetzen nofmx_w"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofra
    "Bedingung Sperren der multiplikativen Gemischkorrektur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofrat
    "Bedingung Sperren der temperaturabhängige Gemischkorrektur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofspa
    "Bedingung kein Fehler bei fspa"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D71
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D71 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D71 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D71 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noh
    "Bedingung NOx-Sensorheizung ein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohbb
    "Bedingung NOx-Sensorbereitschaft, Heizung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohdfr
    "Bedingung NOx-Sensor-Heizungs-Diagnosefreigabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohhe
    "Bedingung kein Endstufenfehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohken
    "Bedingung allgemeine NOx Diagnosefreigaben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohkh
    "NOx-Sensor OBD1-Fkt fehlerfrei durchlaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohknt
    "Fehler Diagnose elek. NOx-Sensordiag. hinter Kat schon vor leerem Tank gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohkpnt
    "Fehler Diagnose NOHKP schon vor leerem Tank gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohkptl
    "Fehler Diagnose NOHKP wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohkst
    "Bedingung Kaltstart und NOxsensor nicht beheizt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohktb
    "Bedingung NOx-Sensor-Heizungsüberwachung i.O."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohktl
    "Fehler Diagnose elektrische NOx-Sensordiagnose hinter Kat wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohnoh
    "Bedingung keine Heizung für NOx-Sensor hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohoff
    "Bedingung Heizung aus"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohoffs
    "Bedingung Offset fuer NOx aus GGNOH fehlerfrei getestet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohofmn
    "Bedingung NOx-Sensor Healing für NOx-Minimumoffsetprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohofmx
    "Bedingung NOx-Sensor Healing für NOx-Maximumoffsetprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohom
    "Bedingung Aufhebung des dauerhaften Lambda = 1 Betriebes"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohpact
    "Bedingung Signal nihkroh_w zeigt aktivität und ist getestet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohpomn
    "Bedingung NOx-Offset im Leerlauf plausibel und getestet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nohpomx
    "Bedingung nohksroh_w Offset im Schubbetrieb plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noinc
    "Bedingung kein Inkrementieren des Startadaptionsfaktors innerhalb dieses Starts"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nok
    "Bedingung Korrektur NOx-Signal nach Kaltstart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nokatfz
    "Bedingung Nicht-KAT Fahrzeug"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nokintfr
    "Bedingung NOx-Integration freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noknldg
    "Drehzahl ist in zulässigem Fenster für Synchronisation im Notlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolash
    "Bedingung Diagnosefunktion Schwingungs-Prüfung. i.O.-Meldung beendet."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nollen
    "Bedingung NOx minwertdiagnose im Leerlauf freigeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolrb
    "CARB FREEZE FRAME, Bank1 Bit 2, LR: Steuerbetrieb durch Betriebsbedingungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolre
    "CARB FREEZE FRAME, Bank1 Bit 3, LR: Steuerung nach Systemfehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolrw
    "CARB FREEZE FRAME, Bank1 Bit 0, LR: Steuerbetrieb, Startbed. noch nicht erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nome_c_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380407
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380407 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380407 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380407 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomil
    "MIL-Ansteuerung verriegelt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_bt
    "MSR-Momentenvorgabe in der Funktionsüberwachung nicht übernommen im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_fr
    "kein ASR-/MSR-Eingriff vom FR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_t
    "Bedingung MSR-Momentenvorgabe in diesem ME-SG nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_uc
    "MSR-Momentenvorgabe im Befehlstest nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_um
    "MSR-Momentenvorgabe in der Funktionsüberwachung nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nonohh
    "Bedingung NOx-Sensor Heizungsüberwachung i.O."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nonohk
    "Bedingung kein NOx-Sensorfehler erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nonop
    "Bedingung kein NOx-Sensorplausibilitätsfehler erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noofacn
    "Bedingung NOx-Min-Offsetdiagnose aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noofacx
    "Bedingung NOx MaxOffsetdiagnose Aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nooffen
    "Bedingung NOx-Sensor-NOx-Min-Diagnose freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nooffex
    "Bedingung NOx-Sensor Diagnose enabeld als Monitor Bit für TKMWL"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noora
    "Bedingung additive Korrektur der Gemischadaption abgeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nopf
    "Bedingung Freigabe Plausibilitätsprüfung NOx-Sensor und Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noph
    "Phasengebersignal nicht gefunden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nophnldg
    "Bedingung kein Phasengebersignal für Notlauf Drehzahlgeber verwendbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nopoffs
    "Bedingung Offsetfehler fuer NOx aus GGNOH"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nopomnv
    "Bedingung Plausibilitätsverletzung NOx-Offset im Leerlauf zu klein"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noppact
    "Bedingung Plausibilitätsverletzung Signal nicht aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noppomn
    "Bedingung Plausibilitätsveletzung NOx-Offset im Leerlauf zu klein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noppomx
    "Bedingung Plausibilitätsverletzung nohksroh_w Offset im Schubbetrieb zu groß"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noris
    "Bedingung NOx-Sensor-Innenwiderstand im Sollband"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosbb
    "Bedingung NOx-Sensorbereitschaft, Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosbbft
    "Bedingung NOx-Sensorbereitschaft im Trip erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosgmn
    "Bedingung gefilterte NOx-Speichergröße minimal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosgmw
    "Bedingung Anzahl der Messungen für Mittelwertbildung der NOx-Speichergröße"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosgs_uc
    "SGS-Momentenvorgabe im Befehlstest nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosgs_um
    "SGS-Momentenvorgabe in der Funktionsüberwachung nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noshs
    "Beding. Sondenspg. hinter KAT hat im Schicht--Betrieb kein Fehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noskno
    "Bedingung kein Fehler Speicherkatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosppf
    "Bedingung NOx Plausibilitätsfreigabe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosynph
    "Flag für falsche Zylinderzuordnung bei Synchronisierlücke"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notando
    "Bedingung keine Temperaturanforderung Doppeleinspritzung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380843
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380843 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380843 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380843 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notanmr
    "Bedingung keine Temperaturanforderung Momentenreserve"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notbb
    "Theoretische NOx-Sensorbetriebsbereitschaft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noten
    "Bedingung NOx-Sensor Lightoff-freigabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notlu
    "Anforderung Notluftfahren aus der Funktion"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380404
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380404 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380404 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380404 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notlu_fr
    "Anforderung Notluftfahren vom Funktionsrechner"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notooref
    "Bedingung: keine Zahnverfeinerung bei Einspritzausgabe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notst_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380400 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380400 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noups
    "Bedingung Pumpenspannung erste NOx-Speicherzelle im Sollband"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_novalid
    "Bedingung NOx-Sensorsignal gültig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_novofmn
    "Bedingung NOx-Sensor Fehlerverdacht für NOx-MinOffset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_novofmx
    "Bedingung NOx-Sensor Fehlerverdacht für NOx-MaxOffset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nowsando
    "Bedingung keine Wärmestromanforderung Doppeleinspritzung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380843
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380843 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380843 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380843 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nowsanmr
    "Bedingung keine Wärmestromanforderung Momentenreserve"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nowuc
    "Bedingung 'kein warm up cycle' erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noxegs
    "Bedingung nohksroh_w eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nozwe
    "Bedingung kein Zündwinkeleingriff der Drehmomentstruktur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nozwkh
    "Bedingung keine Zündwinkelverzögerung für Katheizen möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E79
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E79 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E79 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E79 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npaatun
    "Bedingung: Tuningschutz unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npagre
    "Fehlerart: Abgasrückführungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npagrl
    "Fehlerart: Signal des AGR-Lagepoti unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npagrs
    "Fehlerart:  AGR-Durchfluss im Offsetbereich zu niedrig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npagrv
    "Fehlerart: AGR-Ventil schwergängig, max. Hysteresezeit überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npatnv
    "Fehlerart: Signal des Abgastemperatursensors hinter dem Vorkat. ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbks
    "Fehlertyp unplaus.:  Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbkse
    "Nicht plausibler Fehler: BKS Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbm
    "Fehlertyp: Bezugsmarkenfehler beim Lückencheck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbrems
    "Fehlertyp BREMS (Bremsschalter): Prüfresultat nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbwf
    "Fehlertyp unplaus.: PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcair
    "Fehlertyp : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcairp
    "Fehlertyp : Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcanswe
    "Bedingung Schlechtwegeinfo (CAN) nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcas
    "Fehlertyp: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcat
    "Fehlertyp: CAN-Schnittstelle Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcbsg
    "Bedingung Plausibilitätsfehler BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcge
    "Fehlerart:CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcgra
    "Fehlertyp : unplausibles Signal in der GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcif
    "Fehlertyp: nicht plausibles Signal vom CAN (bus-off)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcins
    "Fehlerart:CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npckla
    "Bedingung Plausibilitätsfehler der Clima-CAN-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npddpl
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdk
    "Bedingung unplausible Potisignale von der Drosselklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdk1p
    "Fehlertyp unplaus.: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdk2p
    "Fehlertyp unplaus.: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdpupsr
    "Bedingung: Differenz zwischen Umgebungsdruck und Saugrohrdruck nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdsbkv
    "Fehlertyp unplaus.: Bremskraftverstärler-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdskv
    "Fehlerart: Raildrucksensor unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdss
    "Bedingung Plausfehler Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdsu
    "Bedingung: Umgebungsdrucksensor nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdsv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvee
    "Fehlerzyp unplaus.: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvef
    "Fehlertyp unplaus.: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvefo
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvel
    "Fehlerzyp unplaus.: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdven
    "Fehlertyp unplaus.: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdver
    "Fehlerzyp unplaus.: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvet
    "Fehlertyp ""unplausibel"": DV-E-Tauscherkennung ohne Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdveu
    "Fehlertyp unplaus.: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdveub
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdveuw
    "Fehlertyp ""unplausibel"" bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvev
    "Fehlertyp unplaus.: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdylsu
    "Fehlerart: Plaus-Fehler, Dynamikdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfp1p
    "Fehlertyp unplaus.: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfp2p
    "Fehlertyp unplaus.: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfpp
    "Bedingung unplausible Potisignale vom Fahrpedal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfra
    "Bedingung FRA ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfrst
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (DKVS Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npgecod
    "Fehlertyp: unplausible Getriebecodierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npgrbh
    "Fehlertyp unplaus.: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevh1
    "Fehlertyp: Windungsschluß HDEV1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevh2
    "Fehlertyp: Windungsschluß HDEV2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevh3
    "Fehlertyp: Windungsschluß HDEV3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevh4
    "Fehlertyp: Windungsschluß HDEV4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevk
    "Bedingung: HDEV-Endstufenkonfiguration nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevl1
    "Fehlertyp: Boosterzeitfehler HDEV1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevl2
    "Fehlertyp: Boosterzeitfehler HDEV2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevl3
    "Fehlertyp: Boosterzeitfehler HDEV3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdevl4
    "Fehlertyp: Boosterzeitfehler HDEV4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphdr
    "Bedingung: Fehler Raildruckreglung nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphelsu
    "Fehlerart: Plausibilitätsfehler der Heizereinkopplungsdiagnoe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphla
    "Bedingung: Unplausible Gebergröße Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphnohk
    "Fehler unplausibel: HNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphnohke
    "Fehler unplausibel: HNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphre
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsh
    "Nernstwiderstand Sonde hinter Kat zu groß"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsv
    "Nernstwiderstand Sonde vor Kat zu groß"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsve
    "Fehlerart: Signal der Heizerzuleitung ist unplausibel (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsvsa
    "  reduzierte  LSU-Heizung oder LSU-Kennlinie abgeflacht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npiclsu
    "Bedingung Plausibilitätsfehler Auswerte-IC für LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkat
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (Katalysator)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkrnt
    "Bedingung Plausibilitätsfehler der KR-Diagnose Integratorsteigung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkrof
    "Bedingung Plausibilitätsfehler der KR-Diagnose Resetwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkrtp
    "Bedingung Plausibilitätsfehler der KR-Diagnose Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npks1
    "Nicht plausibler Fehler: Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkuppl
    "Fehlertyp KUPPL: Prüfresultat nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplash
    "Fehlertyp 'Wert unplausibel' für Schwingungs-Prüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplbk
    "Bedingung: Ladungsbewegungklappe nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplbke
    "Bedingung: Ladungsbewegungklappe nicht plausibel Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplbkew
    "Bedingung: Nichtplausibel Fehler LBK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplbko
    "Bedingung: Ladungsbewegungklappe Offset-Adaption nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplbkp
    "Bedingung: Ladungsbewegungklappe Potiwert nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npldsslm
    "Bedingung Plausfehler Drucksensor (für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplflsu
    "Lambdasignal nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplghmm
    "Bedingung: nicht plausibel = Laufgrenze mehrmals überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npllash
    "Bedingung  ""nicht plausibler Wert"" für Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npllrh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npllrm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplm
    "Bedingung Plausfehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsh
    "Fehlertyp 'Wert unplausibel' hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplshs
    "Beding. Sondenspg. hinter KAT hat im Schicht--Betrieb Dynamik nict plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuia
    "Fehlertyp 'Plausibilitätsfehler'  an Sondenleitung IA aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuip
    "Fehlertyp 'Plausibilitätsfehler'  an Sondenleitung IP aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuks
    "Fehlertyp 'Plausibilität'  des Fehlers E_lsuks"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuun
    "Fehlertyp 'Plausibilitätsfehler'  an Sondenleitung UN aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuvm
    "Fehlertyp 'Plausibilitätsfehler'  an Sondenleitung VM aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsv
    "Fehlertyp 'Wert unplausibel' erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplues1e
    "Bedingung Ansteuerungssignal Lüfter 1 nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplues2e
    "Bedingung Ansteuerungssignal Lüfter 2 nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplzsr
    "Fehlertyp unplaus.: Leck zum Saugrohr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd
    "Fehlertyp unplaus.: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd00
    "Fehlertyp unplaus.: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd01
    "Fehlertyp unplaus.: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd02
    "Fehlertyp unplaus.: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd03
    "Fehlertyp unplaus.: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmdb
    "Nicht plausibler Fehler: Momentanüberwachung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmdsch
    "Fehlertyp unplaus.: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmsve
    "Nicht plausibler Fehler: MSV Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npn
    "Fehlerart: häufiger Bezugsmarkenfehler beim Lückencheck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npnohk
    "Fehler unplausibel NOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npnohkp
    "Fehler unplausibel NOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npnos
    "NOx-Sensor nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npnwkw
    "Nicht plausibler Fehler: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npnx
    "Fehlertyp unplaus.: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npora
    "Bedingung ORA ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npotm
    "Bedingung: Motortemperatursignal im oberen Bereich nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npph
    "Bedingung Phasengebersignal ist unplausibel (ph)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nppllsu
    "Bedingung Signalfehler LSU: LSU zeigt zu mager"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsalsu
    "Fehlerart: Plaus-Fehler, Schubabgleich LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npscr
    "Bedingung Crashsignal unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsgeew
    "Fehlerart: Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npskno
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (Speicherkat-Überwachung)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsna
    "Bedingung nicht plaus.: Sonde nicht aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npta
    "Fehlertyp unplaus.: Ansauglufttemperatur TANS (-Ladeluft)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptahfm
    "Fehlertyp unplaus.: TAHFM, Ansauglufttemperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptankl
    "Flag : nicht plausibles Prüfresultat bei DTANKL"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptes
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (TEV offen)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npteve
    "Nicht plausibler Fehler: Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptka
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptm
    "Fehlerart: Motortemperatursignal nicht plausibel ggü. Modell"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptmki
    "Bedingung: Unplausible Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptum
    "Fehlerart: Signal Umgebungstemperatur unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npub
    "Fehlerart: Batteriespannungssignal nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npubr
    "Fehlerart: Signal von Bordspannung über Hauptrelais nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufmv
    "Fehlertyp unplaus.: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufnc
    "Fehlertyp unplaus.: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufpr
    "Fehlertyp unplaus.: Fktüberw: Kraftstoffdrucksensor-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufrkc
    "Fehlertyp unplaus.: Funktionsüberwachung: Lambda-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufrlip
    "Fehlertyp unplaus.: Fktüberw: Lastsensor-, Zuleitung-oder SG-Fehler (ei_rlip_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufsga
    "Fehlertyp unplaus.: Funktionsüberwach: Steuergeräte-Fehler Gruppe a (ei_reac_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufsgb
    "Fehlertyp unplaus.: Funktionsüberwach: Steuergeräte-Fehler Gruppe b (ei_ipa_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufska
    "Fehlertyp unplaus.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufspsc
    "Fehlertyp unplaus.: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npulsu
    "Fehlerart: Plaus-Fehler, Spannungsdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npurram
    "Fehlertyp unplaus: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npurrom
    "Fehlertyp unplaus.: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npurrst
    "Fehlertyp unplaus: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nputm
    "Bedingung: Motortemperatursignal im unteren Bereich nicht plausibel ggü. Modell"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npvfz
    "Fehlerart: Fahrzeuggeschwindigkeit nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npvshns
    "Bedingung nicht plaus.: Gemisch vor dem Kat Lambda=1, hinter dem Kat nicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npvtk
    "Bedingung therm. Kat.-Diagnose ist nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npwfs
    "Fehlerart: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npwfsrc
    "Fehlerart: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzgst00
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzgst01
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzgst02
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzgst03
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ns2
    "Bedingung Solldrehzahl 2 aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ns2a
    "Bedingung Solldrehzahl 2 angefordert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsafan
    "Umschalten auf Schubabschaltedrehzahl bei Testereingriff"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsakt
    "Nachstart aktiv für Nachstartaufweitung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsakt_um
    "Nachstart aktiv für die Fkt.-Überwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380403
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380403 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380403 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380403 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsend
    "Nachstartüberwachungszeit abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsend_um
    "Nachstartüberwachungszeit abgelaufen für die Fkt.-Überwachung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380403
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380403 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380403 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380403 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsks
    "Bedingung für Solldrehzahlanhebung (Kochschutz)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nssl
    "Bedingung Soll-Drehzahlanhebung bei Servo-Lenkung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nstu
    "Umschaltung Drehzahl von nstat auf nmot nach Start"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nswlmod
    "Bedingung Modus Nachstart und Warmlauf"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nswo1
    "Bedingung Drehzahl > NSWO1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nswo2
    "Bedingung Drehzahl > NSWO2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ntal
    "Bedingung : Zustand Tank-Leer verlassen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ntini
    "KR: Bedingung für Initialisierungs-Nulltest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nuair
    "Bedingung Nachrichtenunterbrechung Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nuamsr
    "Bedingung Nachrichtenunterbrechung bei ASR/MSR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nuge
    "Bedingung Nachrichtenunterbrechung Getriebe-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nugra
    "Bedingung Nachrichtenunterbrechung GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nukla
    "Bedingung Nachrichtenunterbrechung Klima-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwadae
    "Anforderung Flankenadaption NW-Phasensensor durch Betriebsbereich Einlass"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwadage
    "Anforderung Erst-Flankenadaption NW-Phasensensor durch Betriebsbereich Einlass"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwemg
    "Bedingung Umschaltung der Wiedereinsetzdrehzahl bei Kupplung öffnet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwflad
    "Bedingung Flankenadaption Geber 1 angefordert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwflade
    "Bedingung Flankenadaption Nockenwelle Einlaß angefordert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwkv
    "Bedingung NW korrekt verbaut"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38326E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38326E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38326E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38326E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwrpose
    "Bedingung: Ansteuerung der Nockenwellen-Referenzposition durch Steller (Einlass)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nws
    "Bedingung Nockenwellensteuerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_o2hkmag
    "Bedingung Magersignal hinter Speicherkat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ocipll
    "Bedingung: Unterbrechung an IP erkannt (Pumpleitung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ofagreg
    "Bedingung Offset AGR eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ofagrmn
    "Bedingung Offset Korrektur Massenstrom AGR Minimum"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ofagrmx
    "Bedingung Offset Korrektur Massenstrom AGR Maximum"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ofagrnl
    "Bedingung Offset AGR nachlernen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383248
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383248 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383248 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383248 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ofagrns
    "Bedingung Offset AGR nicht sicher"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383248
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383248 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383248 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383248 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ofagrvt
    "Bedingung Offset AGR Ventil - Tausch verdacht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ofagrvta
    "Bedingung Anforderung nachlernen bei Offset AGR Ventil - Tausch verdacht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383248
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383248 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383248 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383248 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ofmsndk
    "Freigabebedingung für langsamen additiven Massenstromabgleich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380765
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380765 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380765 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380765 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_okf
    "Bedingung Offsetkorrektur freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_okl
    "Bedingung Offsetkorrektur läuft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_optpherk
    "Bedingung geeigneter Motorbetriebszustand für Phasenerkennung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_oramn
    "Additiver Korrekturfaktor am Minimalanschlag"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_oramx
    "Additiver Korrekturfaktor am Maximalanschlag"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_orant
    "Errorflag DKVS, additive Korrektur, schon vor leerem Tank gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_orast
    "Bedingung: letzte Änderung der additiven Gemischkorrektur kleiner Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_orastab
    "Bedingung: ORA-Integrator (lokal) stabil"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E26 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E26 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_oratl
    "Errorflag DKVS, additive Korrektur, gesetzt wegen leerem Tank"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38327F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_oreg
    "Bedingung Anforderung ordentliche Regenerierung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_oregl
    "Bedingung Anforderung ordentliche Regenerierung, lokale Größe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ostabzs
    "Bedingung: B_orastab wurde nach B_fstabzs gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E28 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E28 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_oxintfk
    "Bit Sauerstoffintegrator Vorkat freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pbkvmn
    "Bedingung Bremskraftverstärker-Druck minimieren"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pbkvmnp
    "Bedingung: Bremskraftverstärkerdruck durch BKV-Pumpe minimieren"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pbpabr
    "Bedingung: Plausibilitätbegrenzung ""Bremse/PWG"" aktivieren über Bremse"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pgxqsyn
    "Umschaltbedingung Phasengeber PG/PG2 für Schnellstart"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phaact
    "Bedingung Signal Phasensensor 1 high activ"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phad
    "Adaption Kurbel/Nockenwelle erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38326D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38326D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38326D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38326D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phade
    "Adaption Kurbel/Einlaßnockenwelle erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38326D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38326D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38326D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38326D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phase
    "Bedingung Phase low/high"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phexor
    "Zwei unterste Bits von phph sind ungleich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phfalse
    "SW generierte Phasenpegelinformation ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phgefl
    "Bedingung, dass Phasenflanke ausgewertet wird"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phinvmx
    "Maximale Anzahl von Umsynchronisationen im Betrieb erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phla1h
    "Bedinung lamnohk_w zu Lambda-Sollwert i.O. und getestet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phlamsc
    "Bedingung lamnohk_w im Schichtbetrieb i.O und getestet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phlasa
    "Bedingung keine Plausibilitätsverletzung lamnohk_w im Schubbetrieb und getestet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnegtiv
    "Bedingung gibt an, ob der Interrupt von einer negativen Flanke ausgelöst wurde"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnldg
    "Phasenlage aus Notlauf DG"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnmo
    "Bedingung für Umschaltung auf Auswertung von einer Phasenflanke"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnmu
    "Bedingung für Umschaltung auf Auswertung von 2 Phasenflanken"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnohk
    "Bedingung Plausibilitätsprüfung NOx-Sensor i.O. und durchgeführt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phregok
    "Kein Fehlmuster im Phasenregister 1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsinvbe
    "Phasenlage im Betrieb invertieren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsinvst
    "Phasenlage im Start invertieren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsnl
    "Bedingung Phasensuche während PG-Notlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsnlinv
    "Bedingung Phaselage invertieren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsok
    "Bedingung Phasensignal ok"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phvposz
    "Bedingung Vp-Signal oszilliert nicht und getestet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phw
    "Bedingung Phasenwechsel seit letztem Zahn während BM-Suche"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phwneg
    "Bedingung negative Phasenflanke im Schnellstart ausgewertet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phwok
    "Bedingung Phasenwechsel erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phwpos
    "Bedingung positive Phasenflanke im Schnellstart ausgewertet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pldssel
    "Bedingung Saugrohrdruck elektrisch gültig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plenvh
    "Freigabe DLSU Plauspfad"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok
    "Plausibilität der FSE-Werte in allen Drehzahlbereichen gegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok01
    "Plausibilität der FSE-Werte im Drehzahlbereich 01 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok02
    "Plausibilität der FSE-Werte im Drehzahlbereich 02 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok03
    "Plausibilität der FSE-Werte im Drehzahlbereich 03 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok04
    "Plausibilität der FSE-Werte im Drehzahlbereich 04 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok05
    "Plausibilität der FSE-Werte im Drehzahlbereich 05 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok06
    "Plausibilität der FSE-Werte im Drehzahlbereich 06 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok07
    "Plausibilität der FSE-Werte im Drehzahlbereich 07 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok08
    "Plausibilität der FSE-Werte im Drehzahlbereich 08 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plokn
    "Plausibilität der FSE-Werte im aktuellen Drehzahlbereich gegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plsolap
    "Umschaltbedingung: Soll-Ladedruck auf Applikationssolladedruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pltab
    "Bedingung Plausibilitätsprüfung Abstellzeit möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_png
    "Bedingung Planetennachgelege vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pranfdo
    "Bed.: Prüfen der Wärmestrom- oder Temperaturanforderung für Doppeleinspritzung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380843
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380843 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380843 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380843 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pranfmr
    "Bed.: Prüfen der Wärmestrom- oder Temperaturanforderung für Momentenreserve"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_predkt
    "Katalysatordiagnose durch Vorprüfung erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_prhigh
    "Anstieg im Raildruck bei Phasengeber-Notlauf detektiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pristov
    "Bedingung Überdruck im Kraftstoffrail (HDP2)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380819
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380819 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380819 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380819 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_prkb
    "Bedingung Prüfung Speicherkatbeladung für Regenerationsauslösung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_prnl
    "Bedingung Istdruckvorgabe aus Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_prnplue
    "Flag: Raildruck nicht plausible, Überwachung."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_prnsch
    "Bedingung Kraftstoffdruck zu niedrig für Schichtbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380831
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380831 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380831 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380831 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_prsolap
    "Flag Applikationswert für Raildruck-Sollwert aktiv=1 (wird in PROKON gsetzt)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_psdssmw
    "Bedingung gemittelter Saugrohrdruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_psini
    "Bedingung für psini_w mit psdss initialisiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_psmxrkap
    "Androsselung in Magerbetriebsarten mit Applikationskennfeld"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pspwl
    "Bedingung LR inaktiv bei projektspez. Warmlauf-Bedingungen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pug
    "Bedingung Umgebungsdruck gültig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pugd
    "Bedingung: Druckverhältnis pspvdkds_w > 0.95"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pullup
    "Bedingung Pullup-Widerstand für NTC zugeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pusab
    "Bedingung Abschaltung der Pumpspannung für LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvla1h
    "Bedingung Plausibilitätsverletzung im Lambda = 1 Homogenbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvlab
    "Bedingung EKP Vorlauf aus Abstellzeitüberschreitung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvlamma
    "Bedingung Plausibilitätsverletzung lamnohk_w im Schichtbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvlamsc
    "Bedingung Plausibilitätsverletzung lamnohk_w im Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvlasa
    "Bedingung Plausibilitätsverletzung lamnohk_w im Schubbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvlnl
    "Bedingung EKP-Vorlauf aus Nachlaufzeitüberschreitung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvposz
    "Bedingung Sensor hat in diesem Trip zulange oszilliert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvvposz
    "Bedingung Oszillationserkennung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwf
    "Bedingung Powerfail"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwfast
    "Bedingung Powerfail lag einmalig an, bis zum nächsten Motorstart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383294
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383294 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383294 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383294 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwfCsErr
    "Bedingung Checksummenfehler nach Powerfail"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgbwf
    "Bedingung PWG-Bewegungsfehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwglk
    "Bedingung Lebenderkennung PWG"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgnotfr
    "FR-Fehlerreaktion PWG-Notfahren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgnotum
    "= b_pwgnot_um Funktionsüberwachungs-Fehlerreaktion PWG-Leerlauf (= b_pwgnot_sr)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwmcs
    "Crash erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38341A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38341A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38341A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38341A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwmcs_50ms
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwmfcs
    "Bedingung PWM-Signal vom Airbag-SG fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwmramp
    "Bedingung DFPWM abrampen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwron
    "Bedingung: AGR-Ventil Dauerbestromung im UMA aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwrsav
    "Bedingung: AGR-Ventil powersave ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwrsv
    "Bedingung: DV-E-powersave ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyaaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyaddsv
    "physikalische Freigabe aus Funktion Diagnose Drucksteuerventil"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyafra
    "multiplikativer Bereich physikalisch freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyafrat
    "temperaturabhängiger Bereich der LRA physikalisch freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyaora
    "additive korrektur physikalisch freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyateh
    "physikalische Freigabe aus Funktion Tankentlüftung, hohe Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyatel
    "physikalische Freigabe aus Funktion Tankentlüftung, niedrige Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyatem
    "physikalische Freigabe aus Funktion Tankentlüftung, mittlere Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyaten
    "physikalische Freigabe aus Funktion Notlauf-Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyatevh
    "physikalische Freigabe aus Funktion Diagnose TEV homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyatevm
    "physikalische Freigabe aus Funktion Diagnose TEV mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybagra
    "physikalische Freigabe aus Funktion AGR Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybdlsu
    "physikalische Freigabe aus Funktion DDYLSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybfrst
    "Kurztest Gemischadaption physikalisch freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybfups
    "physikalische Freigabe aus Funktion Frontkat.-Diagnose, Eigenfrequenzregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybhmm
    "Fkt phys. betriebsbereit (BDE-Mode Homogen-Mager)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybhom
    "Fkt phys. betriebsbereit (BDE-Mode Homogen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybhos
    "Fkt phys. betriebsbereit (BDE-Mode Homogen-Schicht)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybktsp
    "physikalische Freigabe aus Funktion Kat.-Sprungdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyblahh
    "Bedingung physik. Freigabe aus Funktion Lambdashift. HOM-SchwingPrüf LS HK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyblahh2
    "Physik. Freigabe aus Funktion Lambda Shift. HOM-SchwingPrüf LSHK Bank2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyblash
    "Bedingung physik. Laufbereitschaft für Schwingungsprüfung hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybllrh
    "physikalische Freigabe aus Funktion Drehzahlabweichung HOM"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybllrm
    "physikalische Freigabe aus Funktion Drehzahlabweichung SCH"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyblsu
    "DLSU ist physikalisch freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybpbri
    "physikalische Freigabe aus Funktion Frontkat.-Diagnose, Eigenfrequenzregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybplsu
    "physikalische Freigabe aus Funktion DPLLSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F51
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F51 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F51 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F51 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybsch
    "Fkt phys. betriebsbereit (BDE-Mode Schicht)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybskh
    "Fkt phys. betriebsbereit (BDE-Mode Schicht-Kat-Heizen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybtest
    "physikalische Freigabe aus Funktion Tankentlüftungsstop"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybtevp
    "physikalische Freigabe aus Funktion Diagnose TEV passiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pybtkp
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycair
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycas
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycat
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycbsg
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycge
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycgra
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycif
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycins
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyckla
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyczzz
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pygecod
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pytmki
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_qmismeus
    "Bedingung Sollmoment für Änderungsbegrenzung MISMEUS initialisiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_qsyn
    "Bedingung Schnelle Synchronisation (quick)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ralectr
    "Bedingung letzte Zahnzeit > TRD"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_raleok
    "Bedingung letzter Zahn liegt im plausiblen Rückdrehbereich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rampi1
    "Bedingung Initialiserung Zündwinkel-Rampe, Fall 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rampi2
    "Bedingung Initialiserung Zündwinkel-Rampe, Fall 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rbatr
    "Bedingung for FF setze Bit B_ATR zurück"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rbdesu
    "Randbedingungen zur Entschwefelung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rbte
    "Bedingung Regelbereitschaft für Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdeplaus
    "Bedingung: Rückdreher plausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdeundef
    "Bedingung: Rückdreher undefiniert / keine Aussage möglich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdhsi2
    "Bedingung interne ready-Information der Sonden-Heizungsüberwachung, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdyagr
    "Bedingung ready-Info der AGR  zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdyhs
    "Bedingung ready-Info der Lambdasondenheizung zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38325F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdykat
    "Bedingung ready-Info der Katalysatorüberwachung zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F64 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F64 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdyls
    "Bedingung ready-Info derLambdasonde zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F63
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F63 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F63 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F63 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdytes
    "Bedingung ready-Info des Tankentlüftungssystems  zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F66 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F66 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rega
    "Regenerationsanforderung neu"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_reganf
    "Bedingung Anfahrregeneration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regbrk
    "Bedingung Regeneration Speicherkat unterbrochen bei Leerlauf"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regc
    "Bedingung Regenerationsauslösung über Konzentration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regend
    "Bedingung Regenerationsende Speicherkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380616
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380616 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380616 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380616 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regfrbks
    "Bedingung Regler BKS freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380741
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380741 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380741 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380741 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regno
    "Anforderung NOx-Regeneration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380617
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380617 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380617 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380617 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rego
    "Bedingung Regeneration ordentlich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regolsw
    "Bedingung Regeneration ohne Lambda Schwankungen während Regeneration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regres
    "Bedingung Regeneration zurücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regs
    "Bedingung Regenerationsstart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regset
    "Bedingung Regeneration setzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regsp
    "Bedingung Regenerationsstart Beladung Speicherkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regst
    "Bedingung Regenerationsstart NOx-Sensor-Auflösung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regsul
    "Bedingung Schwefelaustrag für Initialisierung Adaptionswerte erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_regu
    "Bedingung Regenerationsausblendung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_reini
    "Bedingung Reinitialisierung des Aussetzergenerators"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_reonos
    "Bedingung Regenerationsende ohne NOx-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_reonospf
    "Bedingung Regenerationsende ohne NOx-Sensor pos. Flanke"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resabg
    "Bedingung für Rücksetzen Abgleich CJ125"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF486
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF486 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF486 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF486 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resetCJ12xDone
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resetsyn
    "Rücksetzbedingung für die Notlaufsynchronisation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resgnps
    "Bedingung Vereisungs-Fehler rücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380751
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380751 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380751 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380751 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resmaxpl
    "Bedingung Plausibilität maximaler Drosselklappenfehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380750 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380750 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resminpl
    "Bedingung Plausibilität minimaler Drosselklappenwinkel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380750 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380750 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_res_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rfgoot
    "Bedingung Reset Freigabe ON/OFF-Taster GRA für Einschalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rgang
    "Bedingung Rückwärtsgang eingelegt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ricalf
    "Bedingung Kalibrierwiderstand nicht im Sollband"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinabg
    "Bedingung Abgleich Innenwiderstand Nernstzelle von LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rineza
    "Bedingung Abschaltung Ri-Messtrom LSU/CJ120 wegen Einzelzylinder-Erkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinnp
    "Bedingung RI der LSU ist nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinnp2
    "Bedingung RI der LSU ist nicht plausibel, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinod
    "Bedingung Regelabweichung NOx-Sensor-Innenwiderstand im Band"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinodds
    "Bedingung Differenz des rino im Sollband"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinodsb
    "Bedingung rinod_w in Bereich für Offsetkorrektur NOx-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinomx
    "Bedingung rino im Heizbetrieb am Max-Anschlag Kurzschluss nach +"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkapp
    "Applikationsschalter für rk"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkkh
    "Bedingung Kraftstoffeinspritzung für Katheizen möglich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkteb
    "Kraftstoffanteil der Tankentlüftung an seiner Begrenzung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlini_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380400 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380400 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlminu
    "Umschaltfreigabe, wenn rlmin in Magerbetriebsarten unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380543
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380543 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380543 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380543 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlp
    "Bedingung Lastpraediktion aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlsolsa
    "Bedingung: Umschaltung der rlsol-Berechnung wegen B_sa"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlsschap
    "Applikationsschalter für rlsoll im Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlstat
    "Bedingung Luftfüllung stationär"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rluf_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380400 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380400 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rmsval
    "Bedingung relativer Massenstrom TEV fültig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F94 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F94 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rphsp
    "Bedingung für Zahnsignale zu schnell ausgegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rrielre
    "Bedigung: geregelte Rate Restgas-inert erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rrielru
    "Bedigung: geregelte Rate Restgas-inert erreicht, unverzögert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rriesap
    "Bedingung externe Intergas-Sollrate Applikationswert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rrisolap
    "Bedingung für Vorgabe der Gesamtinertgas-Sollrate durch Applikationswert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rstsyn
    "Bedingung für Übergang in den Zustand C_rstsyn"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rtdbkvl
    "Bedingung: Rücksetzen der Leckagediagnose des BKV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rzttmbks
    "Bed. Reset des FF der Filterzeitkonstanten zttm_w"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380740 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380740 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sa
    "Bedingung Schubabschalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sab
    "Bedingung Schubabschaltebereitschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabbts
    "Bedingung Schubabschaltebereitschaft durch Bauteileschutz"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabfg
    "Bedingung SA-Bereitschaft oder deren Freigabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabmee
    "Bedingung Momentenreduzierung mit B_sab über Einspritzausblendung erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabt
    "Bedingung Schubabschaltebereitschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabte
    "Bedingung Schubabschaltebereitschaft für Tankentlüftungsventil schließen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabtev
    "Bedingung Schubabschaltebereitschaft für Tankentlüftung, verzögert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sacc
    "Bedingung Klima-Anforderung aktiv aus CAN-Botschaft Clima1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sacvt
    "Bedingung Schubabschaltunterstützung für CVT-Getriebe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sadagr
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sadyn
    "Bedingung: Sauerstoffkonzentrationssignal ist stationär für Schubabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sae
    "Bedingung Schubabschaltung fallende Flanke"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_saen
    "Bedingung Schubabschalten freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sag
    "Bedingung: Schubabgleich gültig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sagok
    "Bedingung Schubabschaltung für NOx-Sensor-Offsetkorrektur OK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D51
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D51 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D51 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D51 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sahk
    "Bedingung Lambda Schubabschaltung hinter Hauptkat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_salb
    "Bedingung: Schubabgleich laufbereit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_salsu
    "Bedingung: Schubagleich der LSU aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_salsumn
    "Bedingung: ausreichende Anzahl von Schüben erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_salsums
    "Bedingung: ausreichende Anzahl von Schüben für Schnellabgleich erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sam
    "Bedingung Schulabschaltung während Regeneration"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sanooff
    "Bedingung Offsetkorrektur im Schub für Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sape
    "Bedingung: steigende Flanke B_sav"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sasf
    "Bedingung Schubabschaltung steigende Flanke"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_saumg
    "Bedingung: Umgebungsbedinungen für Schubabgleich der LSU liegen vor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sav
    "Bedingung: Schubabschalten um TESAMN verzögert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savacc
    "Bedingung: Schubabschalteverbot von ACC"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savbks
    "Bed. Schubabschaltung verboten durch %BKS wegen kritischen Drucküberschwinger"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380749
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380749 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380749 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380749 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savfgr
    "Bedingung: Schubabschalteverbot durch FGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380703
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380703 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380703 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380703 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savmd
    "Bedingung: Schubabschalteverbot wegen Momentenanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savmsr
    "Bedingung Schubabschalteverbot bei MSR-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbhk
    "Bedingung Sonde betriebsbereit hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbhkv
    "Bedingung Sonde betriebsbereit hinter Kat verzögert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbblsu
    "Bedingung LSU betriebsbereit vor Kat f(lamsons_w)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbblsu_bt
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbnhhk
    "Bedingung Sonde hinter Haupt-Kat betriebsbereit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbboff
    "Bedingung Rücknahme der Sensorbetriebsbereitschaft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbvk
    "Bedingung Sonde betriebsbereit vor Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scaaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scaddsv
    "Laufbereitschaft der Funktion Diagnose Drucksteuerventil"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scafra
    "multiplikativer Bereich ist vom Diagnose-Scheduler freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scafrat
    "temperaturabhängiger Bereich der LRA vom Scheduler freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scaora
    "additive Korrektur ist vom Diagnose-Scheduler freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scateh
    "Laufbereitschaft der Funktion Tankentlüftung, hohe Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scatel
    "Laufbereitschaft der Funktion Tankentlüftung, niedrige Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scatem
    "Laufbereitschaft der Funktion Tankentlüftung, mittlere Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scaten
    "Laufbereitschaft der Funktion Notlauf-Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scatevh
    "Laufbereitschaft der Funktion Diagnose TEV homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scatevm
    "Laufbereitschaft der Funktion Diagnose TEV mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbagra
    "Laufbereitschaft der Funktion AGR Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbdlsu
    "Laufbereitschaft der Funktion DDYLSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbfrst
    "Kurztest Gemischadaption ist vom Diagnose-Scheduler freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbfups
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbhmm
    "DSCHED-Freigabe Fkt (BDE-Mode Homogen-Mager)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbhom
    "DSCHED-Freigabe Fkt (BDE-Mode Homogen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbhos
    "DSCHED-Freigabe Fkt (BDE-Mode Homogen-Schicht)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbktsp
    "Laufbereitschaft der Funktion Kat.-Sprungdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scblahh
    "Bedingung Laufbereitschaft der Funktion Lambda Shift. HOM-SchwingPrüf LS HK"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scblahh2
    "Bed. Laufbereitschaft der Funktion Lambda Shift. HOM-SchwingPrüf LS HK Bank2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scblash
    "Bedingung Scheduler Freigabe für Schwingungsprüfung hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbllrh
    "Laufbereitschaft der Funktion Drehzahlabweichung HOM"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbllrm
    "Laufbereitschaft der Funktion Drehzahlabweichung SCH"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scblsu
    "Freigabe DLSU von Diagnose-Ablaufsteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F4F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbpbri
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbplsu
    "Laufbereitschaft der Funktion  DPLLSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F51
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F51 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F51 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F51 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbsch
    "DSCHED-Freigabe Fkt (BDE-Mode Schicht)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbskh
    "DSCHED-Freigabe Fkt (BDE-Mode Schicht-Kat-Heizen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbtest
    "Laufbereitschaft der Funktion Tankentlüftungsstop"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbtevp
    "Laufbereitschaft der Funktion Passivdiagnose TEV"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scbtkp
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccaaa
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccair
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccas
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccat
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccbsg
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccge
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccgra
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccif
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccins
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scckla
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scczzz
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scgecod
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sch
    "Bedingung Betriebsart Schicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schab
    "Bedingung Drehzahl im zulässigen Bereich für Betriebsart Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380551
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380551 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380551 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380551 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schagrdi
    "Bedingung Schichtbetrieb verbieten wegen AGR-Fehlverhalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schagrs
    "Bedingung Schicht als Sollbetriebsart für AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schbv
    "Bedingung SCH zulässig hinsichtlich Brennverfahrensgrenzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schen
    "Bedingung Betriebsart Schicht möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38054B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schenmd
    "Bedingung Betriebsart Schicht möglich, Momentenschwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380549
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380549 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380549 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380549 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schenmdk
    "Bedingung Betriebsart Schicht möglich, Momentenschwelle für Kraftstoff"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380549
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380549 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380549 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380549 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schenvz
    "Bedingung Betriebsart Schicht möglich, verzögert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380549
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380549 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380549 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380549 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schfes
    "Bedingung Schicht als Sollbetriebsart für Füllungssteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schlbks
    "Bedingung Schicht als Sollbetriebsart für Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schs
    "Bedingung Sollbetriebsart Schicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schv
    "Bedingung Betriebsart der nächsten Verbrennung Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_schz
    "Bedingung Zielbetriebsart Schicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380526 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380526 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sctmki
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sendreg
    "Bedingung Regeneration beendet über Sondenspannungsschwellwert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_setmnbm
    "Bedingung für B_MNBM=1 wird erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_setmxbm
    "Bedingung für B_MXBM=1 wird erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_setnpbm
    "Bedingung für B_NPBM=1 wird erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_setsibm
    "Bedingung für B_SIBM=1 wird erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sfmt
    "Bedingung Sonde springt von mager nach fett innerhalb applizierbaren Zeit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sfrei
    "Bedingung Schwefel frei"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380681
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380681 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380681 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380681 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sfsc
    "Bedingung heizb. Frontscheibe eingeschaltet aus CAN-Botschaft Clima1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgs
    "Bedingung: Momenteingriff zur Drehzahlsynchronisation bei Getriebeschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgs0
    "Bedingung: Momenteingriff bei Getriebeschaltung, Nullmoment"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgsmx_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380400 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380400 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgsred
    "Bedingung: reduzierender Momenteingriff zur Drehzahlsynch. bei Getriebeschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmm
    "Bedingung Sperrung Homogen-Mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380616
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380616 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380616 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380616 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmmcru
    "Status Sperrung hmm nach Cruising"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmmgw
    "Status hmm Sperre nach Gangwechsel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmmgwn
    "Bedingung Sperrung hmm nach Hochschalten notwendig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmmmbr
    "Bedingung Sperrung Homogen-Mager aus Magerbetriebsregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmmthk
    "Status Sperrung hmm wg. Hauptkattemperatur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380697
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380697 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380697 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380697 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmmthkr
    "Bedingung Sperrung hmm wg. Hauptkattemperatur zurücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmmthks
    "Bedingung Sperrung hmm wg. Hauptkattemperatur setzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shmnolor
    "Bedingung Sperrung hmm wg. niedriger NOx-Emission zurücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380697
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380697 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380697 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380697 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sh_act
    "Bedingung Standheizung eingeschaltet (aus Clima1)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sh_mvw
    "Bedingung Standheizung arbeitet im großen Kreis (aus Clima1)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siaatun
    "Signalfehler Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siagre
    "Fehlertype: Leitungsabfall Endstufe AGR-Ventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siagrl
    "Fehlerart: Potiwerte aus Grundadaption fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siagrs
    "Fehlerart:  AGR-Durchfluss im Offsetbereich zu gross"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siagrv
    "Fehlerart: Stellerfehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siatnv
    "Bedingung Signalfehler Abgastemperatur hinter dem Vorkatalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibks
    "Fehlertyp: Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibkse
    "Fehlertyp: Leitungsabfall BKS Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibm
    "Fehlertyp: keine Bezugsmarke im Start gefunden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibrems
    "Fehlertyp BREMS (Bremsschalter): Signal inaktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibwf
    "Fehlertyp sig.: PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicair
    "Fehlertyp : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicairp
    "Fehlertyp: Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicas
    "Signalfehler CAN-Timeout ASC-Botschaften"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicat
    "Fehlertyp: ASR/MSR Codierfehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicbsg
    "Fehlertyp sig. : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicge
    "Signalfehler CAN-Timeout EGS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicgra
    "Bedingung Signalfehler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicif
    "Signalfehler CAN-Schnittstelle (Bus off)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicins
    "Signalfehler CAN-Timeout Botschaft Kombi-Instruments"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sickla
    "Fehlertyp sig. : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siddpl
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidk
    "Fehlertyp signal: Drosselklappenpoti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidk1p
    "Fehlendes Signal: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidk2p
    "Fehlendes Signal: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidpupsr
    "Fehlerart: Differenz zwischen Umgebungsdruck und Saugrohrdruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidsbkv
    "Fehlerart: Bremskraftverstärkersensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidskv
    "Fehlertyp ""Signal"": Hochdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidss
    "Bedingung Signalfehler Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidsslm
    "Bedingung Signalfehler Drucksensor (für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidsu
    "Fehlerart: Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidsv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvee
    "Fehlertyp sig.: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvef
    "Fehlertyp sig.: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvefo
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvel
    "Fehlertyp sig.: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidven
    "Fehlertyp sig.: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidver
    "Fehlertyp sig.: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvet
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidveu
    "Fehlertyp sig.: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidveub
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidveuw
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvev
    "Fehlertyp sig.: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidylsu
    "Fehlerart: Sig-Fehler, Dynamikdiagnose LSU,"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifp1p
    "Fehlerart: Fahrpedal 1.Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifp2p
    "Fehlerart: Fahrpedal 2.Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifpp
    "Fehlerart: Fahrpedal Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifra
    "Fehlertyp 'Signal fehlt' für FRA erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifrst
    "Fehlerart: LR-Abweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigecod
    "Fehlertyp sig. : Getriebecodierung CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigflsu
    "Übersprechen vom Heizertakt auf Lambdasignal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siglash
    "Bedingung Sonden-Fehler hinter KAT im Schub erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siglmn
    "Bedingung Signalfehler bei Drehzahlschwellenüberschreitung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380750 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380750 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigrbh
    "Fehlerart: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevh1
    "Signalfehler: HDEV, Highside 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevh2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevh3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevh4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevk
    "Signalfehler, HDEV, Kommunikation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevl1
    "Fehlertyp: Unterbrechung HDEV1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevl2
    "Fehlertyp: Unterbrechung HDEV2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevl3
    "Fehlertyp: Unterbrechung HDEV3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdevl4
    "Fehlertyp: Unterbrechung HDEV4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihdr
    "Bedingung: Fehler Raildruck schwingt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihelsu
    "Fehlerart: Signalfehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihhe
    "Bedingung Signalfehler bei DHNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihla
    "Bedingung: Signalfehler Gebergröße Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihnohk
    "Signalfehler HNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihnohke
    "Signalfehler HNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihre
    "Bedingung für Fehlertyp 'Signal fehlt' Hauptrelaisentstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsh
    "Lastabfall Sondenheizung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsv
    "Lastabfall Sondenheizung vor Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsve
    "Lastabfall Sondenheizung vor Kat (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsvsa
    "Signal - Fehler erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siiclsu
    "Bedingung Signalfehler Auswerte-IC für LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikat
    "Fehlertyp 'Signal fehlt' für DKAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikrnt
    "Fehlertyp: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikrof
    "Fehlertyp: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikrtp
    "Fehlertyp: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siks1
    "Fehlertyp: Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikuppl
    "Fehlertyp KUPPL: Signal inaktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silash
    "Fehlertyp: Lambdasondenalterung hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silbk
    "Bedingung: Signalfehler Ladungsbewegungsklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silbke
    "Bedingung: Signalfehler Ladungsbewegungsklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silbko
    "Bedingung: Signalfehler Ladungsbewegungsklappe Offset-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silbkp
    "Bedingung: Signalfehler Ladungsbewegungsklappe Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silghmm
    "Bedingung: Signalfehler -> nicht verwendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sillrh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sillrm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silm
    "Bedingung Signalfehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsh
    "Fehlertyp 'Signal fehlt' hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuia
    "Fehlertyp 'Signalfehler'  an Sondenleitung IA aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuip
    "Fehlertyp 'Signalfehler'  an Sondenleitung IP aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuks
    "Fehlertyp 'Signalwert'  des Fehlers E_lsuks"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuun
    "Fehlertyp 'Signalfehler'  an Sondenleitung UN aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuvm
    "Fehlertyp 'Signalfehler'  an Sondenleitung VM aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsv
    "Fehlertyp 'Signal fehlt' vor KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silues1e
    "Fehlertype: Leitungsabfall Endstufe Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silues2e
    "Fehlertype: Leitungsabfall Endstufe Lüftersteuerung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silzsr
    "Fehlerart: Leck zum Saugrohr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd
    "Fehlertyp sig.: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd00
    "Fehlertyp sig.: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd01
    "Fehlertyp sig.: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd02
    "Fehlertyp sig.: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd03
    "Fehlertyp sig.: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simdb
    "Fehlertyp: Momentanüberwachung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simdsch
    "Fehlertyp sig.: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simsve
    "Fehlertyp: Leitungsabfall MSV Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sin
    "Fehlertyp: kein Drehzahlsignal vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sinohk
    "Signalfehler NOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sinohkp
    "Min-Fehler NOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sinwkw
    "Fehlertyp: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sinx
    "Fehlertyp sig.: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siora
    "Fehlertyp 'Signal fehlt' for ORA erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siph
    "Bedingung keine alternierende Phasenpegel PG in den Bezugsmarken"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sipllsu
    "Bedingung Signalfehler LSU: LSU zeigt zu fett"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sisalsu
    "Fehlerart: Sig-Fehler, Schubabgleich LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siscr
    "Fehlerart:CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sisgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sisgeew
    "Fehlerart: Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siskno
    "Fehlertyp 'Signal fehlt' für Speicherkat-Überwachung, mit NOx-Sensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sita
    "Fehlertyp: Ansauglufttemperatur TANS (-Ladeluft)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitahfm
    "Fehlertyp: SIgnalfehler TAHFM; Ansauglufttemperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitankl
    "Fehlertyp: Tank leer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sites
    "Fehlerart: TEV offen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siteve
    "Fehlertyp: Leitungsabfall Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitka
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitm
    "Fehlerart: Motortemperaturschwelle für Lambdaregelungsfreigabe nicht erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitmki
    "Signalfehler Kühlmitteltemperatur vom Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_situm
    "Fehlerart: Signal Umgebungstemperatur inaktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siub
    "Fehlertyp: Umweltbedingungen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siubr
    "Fehlerart: Signalfehler Leitungsabfall Bordnetzspannung über Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufmv
    "Fehlertyp sig.: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufnc
    "Fehlertyp signal:Fktüberwachung:Drehzahlgeber-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufpr
    "Fehlertyp signal:Fktüberwachung:Drucksensor-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufrkc
    "Fehlertyp signal:Fktüberwachung:Lambda-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufrlip
    "Fehlertyp sig.: Fktüberw: Lastsensor-, Zuleitung- oder SG-Fehler (ei_vvt_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufsga
    "Fehlertyp sig.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a (ei_adcc_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufsgb
    "Fehlertyp sig.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b (ei_varc_um)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufska
    "Fehlertyp sig.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufspsc
    "Fehlertyp signal:Fktüberwachung:Pedalwertgeber-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siulsu
    "Fehlerart: Sig-Fehler, Spannungsdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siurram
    "Fehlertyp sig.: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siurrom
    "Fehlertyp sig.: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siurrst
    "Fehlertyp sig.: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sivfz
    "Bedingung fehlendes Signal Fahrzeuggeschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sivtk
    "Fehlertyp 'Signal fehlt' für die therm. Katalysatordiagnose erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siwfs
    "Fehlerart: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siwfsrc
    "Fehlerart: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizgst00
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizgst01
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizgst02
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizgst03
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skfhmm
    "Bit tkihkm kleinerSchwelle für ausreichende Kat-Performance hmm"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skfhmmmn
    "Bit tkihkm kleiner mind. Speicherkattemperatur f. hmm-Cruising"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skh
    "Bedingung Betriebsart Schicht-Katheizen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhab
    "Bedingung Drehzahl im zulässigen Bereich für Betriebsart Schicht-Katheizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380551
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380551 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380551 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380551 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhagrs
    "Bedingung Schicht-Katheizen als Sollbetriebsart für AGR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhbv
    "Bedingung SKH zulässig hinsichtlich Brennverfahrensgrenzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhen
    "Bedingung Betriebsart Schicht/Katheizen möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38054B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhenmd
    "Bedingung Betriebsart Schicht-Katheizen möglich, Momentenschwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380549
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380549 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380549 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380549 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhfes
    "Bedingung Schicht-Katheizen als Sollbetriebsart für Füllungssteuerung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhlbks
    "Bedingung Schicht-Katheizen als Sollbetriebsart für Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhs
    "Bedingung Sollbetriebsart Schicht-Katheizen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhv
    "Bedingung Betriebsart der nächsten Verbrennung Schicht-Katheizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skhz
    "Bedingung Zielbetriebsart Schicht-Katheizen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380526 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380526 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skoc
    "Bedingung Kompressoranforderung aktiv aus CAN-Botschaft Clima 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skpbrk
    "Bedingung Speicherkatplausibilisierung nicht möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skpf
    "Bedingung Speicherkatplausibilisierung freigeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skpfrg
    "Bedingung B_skpbrk zurücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skpok
    "Bedingung fspa-Werte können übernommen werden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skrsb
    "Stop-Bedingung NOx-Speicherkatregelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sksc
    "Bedingung heizb. Heckscheibe eingeschaltet aus CAN-Botschaft Clima1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sl
    "Bedingung Servo-Lenkung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sladmn
    "Bedingung untere dynamische Lambdagrenze auf Lambda-Sollwert aufgesteuert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380818 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380818 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sladmx
    "Bedingung obere dynamische Lambdagrenze auf Lambda-Sollwert abgesteuert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380818 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380818 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slean
    "Bedingung Sperrung Magerbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sleepi
    "Bedingung Sleep Indication für Gateway"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38324B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsfz
    "Bedingung SLS in Fahrzeug eingebaut"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsn2
    "Bedingung Überlappung nach zylinderindiv. Spätverstellung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsrdy
    "Bedingung SLS geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_smeus
    "Bedingung Freigabe Zündwinkeleingriff bei Betriebsartenumschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_smfhk
    "Bedingung Sondensprung von mager nach fett hinter Katalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_smndbks
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp1
    "FLC-Trigger der Aussetzererkennung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp1s
    "Mitteilung an SR: SP1S ist Führungsgröße."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp2
    "HLC-Trigger der Aussetzererkennung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp2s
    "Mitteilung an SR:Poti2 SP2S Führungsgröße,Poti1 Ober-oder Untergrenze überschr."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp3
    "Spezial-Bereichs-Trigger der Diagnose Kraftstoffversorgungssystem"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383264
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383264 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383264 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383264 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spdagrss
    "Sperrbedingung AGR-Adaption im Schub"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spdhrub
    "Bedingung Sperrung Diagnose DHRLSU wegen Spannungsversorgung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spf3k
    "Bedingung: Anforderung, das 3kHz-Meßsignal für Ri abschalten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sphrlsu
    "Bedingung: Stop Heizungsregelung wegen Fehler an der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spsa
    "Bedingung Winkeladaption Kurbel- zu Nockenwelle zulässig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spsmin
    "Mitteilung an SR: '1'= PWG-Notfahren mit SPSMIN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sschll
    "Bedingung Sperrung Schichtbetrieb im Leerlauf"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sschllagr
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sschllhc
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380697
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380697 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380697 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380697 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sschltmp
    "Sperrung Schichtbetrieb im Leerlauf aus Temperaturgroessenzustand"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380697
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380697 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380697 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380697 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ssgw
    "Grenzwert Aussetzer im Schichtbetrieb überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_st
    "Bedingung Start"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_staa
    "Bedingung Startadaption aktiv im Nachstart"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_startini
    "Startbit für Erkennung der ersten Synchronisation nach KL15 ein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statas
    "Status Füllungserfassungssignale für CAN"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statbr
    "Status Bremseneingriff über CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statge
    "Status Getriebeeingriff über CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statgec
    "Bedingung Getriebestatus für CAN-Ausgabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statmd
    "Status Momentensignale für CAN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statmdc
    "Bedingung Momentenstatus für CAN-Ausgabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statme
    "Bedingung Momenteneingriff ASR/MSR/ESP statisch nicht erfüllbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statme_t
    "Bedingung Momentenstatus vom Master für Slave"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statnb
    "Bedingung Normalbetrieb (für CAN-Ausgabe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statto
    "Bedingung ASR-Timeout erkannt (für CAN-Ausgabe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stattoc
    "Status Bremsen-SG für CAN-Ausgabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stcal
    "Bedingung: alle Eingangsbedingungen der Dynamikprüfung sind gegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stcdyn
    "Bedingung Start Berechnung Dynamik der LSU"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A0D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stdmd
    "Bedingung Aussetzererkennung während Starthochlauf gesperrt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stdperr
    "Bedingung Adaptionsende aufgrund erkanntem Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_steigm
    "Bedingung Steigung des Sondensignals messen hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_steigno
    "Bedingung Steigung des Sondensignals messen für BDE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stellad
    "wichtige Stellglieder adaptiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stend
    "Bedingung Startende erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stendes
    "Bedingung Startende Einspritzung erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stendff
    "Bedingung Startende wurde erreicht (über FlipFlop gespeicherter Wert)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stendi
    "Bedingung anstiegverzögertes und invertiertes B_stend"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stendre
    "Bed. Startende rising edge"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380740 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380740 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra5
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra6
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra7
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra8
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stkra9
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stlabs
    "Bedingung Steigung lambda ausreichend bei betriebsbereiter Sonde"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stlama
    "Bedingung Steigung lambda ausreichend für O2-Bestimmung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stndfr
    "Freigabe Füllungsregler nach Start"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stndnl
    "Bedingung Beginn SG-Nachlauf oder Startende (1->0)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stoe
    "Bedingung B_st oder B_stend"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stpon
    "Bedingung Umschaltung nach Start aktiv (Startgradienten)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stprel
    "Bedingung Entprellung von Drehzahlgebersignal gestartet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stpzgst
    "Bedingung Anhalten ZGST aufgrund Ausblendbedingungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E33
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E33 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E33 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E33 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sttakt
    "Bedingung Stellgliedtest aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stushk
    "Bedingung Steigung Sondensignal ausreichend groß"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380658
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380658 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380658 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380658 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_suaus
    "Schwefelaustrag aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sumg
    "Bedingung Schefelregenerierung modellgestützt (""worst case"" - Schwefelgehalt)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_susplo
    "Bedingung Speicherbeladung durch Schwefel gering"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380681
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380681 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380681 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380681 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sutanf
    "Bedingung Abgastemperatur angefordert zur Katalysatorentschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_suwsanf
    "Bedingung Abgaswärmestrom angefordert zur Katalysatorentschwefelung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_svregu
    "Bedingung Fzg.-Geschw. für Anfahrregeneration überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sw0
    "Bedingung keine Schliesszeitüberlappung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sw1
    "Bedingung Schliesszeitüberlappung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swe
    "Bedingung Schlechtwegstrecke erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swecan
    "Bedingung Schlechtwegstrecke CAN-Rohsignal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swe_b
    "Bedingung Schlechtwegstrecke erkannt duch Bit über CAN (aus ABS-SG)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swe_s
    "Bedingung Schlechtwegstrecke erkannt aus %DSWES"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swgddbks
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_switchpg
    "Bedingung für Umschaltung des Phasengebers auf PG2 für Notlauf Drehzahlgeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swnplbks
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swthdel
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swzgbks
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syn
    "Bedingung Synchronisation erfolgt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syn2nd
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synbmale
    "Bedingung: Kein Phasengeber für Synchronisation vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syncum
    "Bedingung Synchronisierung von Einspritzung und Zündung bei BDE-Modewechsel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syndash
    "Lastschlagerkennung für Synchronisation im Betrieb aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synnldg
    "Bedingung: Motorposition im Notlauf DG aus PG-Signal erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synnot
    "Verbot der Einspritzung wenn Phasensynchronisation nicht gefunden werden kann"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synoknl
    "Synchronisation für den Notlauf ist erlaubt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synph
    "Bedingung Synchronisation Phase"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syntizw
    "Bedingung Zylinderzähler zzylh und zzyls synchronisiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syserr
    "Bedingung für mind. 1 Fehler (E_abc) im System erkannt (maskiert)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syserrk
    "Bedingung für mind. 1 Fehler (E_abc) im System erkannt (unmaskiert)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_taagr
    "Bedingung: Vorzeichen der Summe der PID-Anteile"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabcan
    "Fehlerstatus Standzeit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabgs
    "Bedingung Abgleich stetige Lambda-Sonde LSU nach Start"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF486
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF486 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF486 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF486 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tablsugr
    "Bed. Abstellzeit zu groß, daß Ri-Messung um Zeit THLSUHR verzögert wird"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabuhrof
    "Bedingung Überlauf der Uhrinformation"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tahrmn
    "Bedingung korregiertes Tastverhältnis < Min-Schwelle für längere Zeit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tahrmn2
    "Bedingung korregiertes Tastverhältnis < Min.-Schwelle für längere Zeit, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tahrmx
    "Bedingung korregiertes Tastverhältnis =100% für längere Zeit"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tahrmx2
    "Bedingung korregiertes Tastverhältnis =100% für längere Zeit, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tairmx
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tairnu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tal
    "Bedingung Tank leer bzw. Reserve"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383279
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383279 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383279 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383279 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tal01
    "Übergang in den Zustand <Tank leer>"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_talcan
    "Bedingung Tank leer aus Kombi-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_talkbi
    "Bedingung Tank leer vom Kombi"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_talval
    "Bedingung : Bit Tank leer gültig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tanf
    "Bedingung Abgastemperatur gefordert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tankem
    "Bedingung Tank leer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tanknem
    "Bedingung Tank nicht leer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tarau
    "LREB: Bedingung Start bei niedrigen Ansauglufttemperaturen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tatmbts
    "Bedingung: Temperatur aus ATM für Bauteileschutz überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tatmsa
    "Bedingung: Temperaturen aus ATM erlauben SA"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tcrcan
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tddfz
    "Bedingung Zeitverzögerung TDDFZ abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380750 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380750 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tdmlsds
    "Bedingung Zeit nach Kupplungsbetätigung mit veränderter LSD-Auslösung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_te
    "Bedingung Tankentlüftung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teakt
    "Bedingung Tankentlüftung aktiv (normaler Betrieb oder Notlauf)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tef
    "Bedingung Tankentlüftung prinzipiell freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tehb
    "Bedingung Tankentlüftung mit hoher Beladung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tei
    "Bedingung Tankentlüftung funktionsintern"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temin
    "Bedingung TEMIN-Begrenzung aktiv, Bank 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp5
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp5_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp6
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temp6_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ten
    "Bedingung Tankentlüftung im Notlaufbetrieb (ohne Lambdaregelung)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tenhno
    "Bedingung Zeitfreigabe Heizerdiagnose NOx-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tenno
    "Bedingung Zeitfreigabe Diagnose NOx-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teres
    "Reset von Zustandsgrößen der Tankentlüftung bei Fehlerverdacht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ECA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teslash
    "Bedingung Test ausführen für Überprüfung Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tesrdy
    "Bedingung TES geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tetevrg
    "Bedingung Tankentlüftung im normalen Regelbetrieb"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ECA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teviog
    "Bedingung i.O. Prüfung DTEV über Gemischauswertung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teviol
    "Bedingung TEV aus der Reaktion der Leerlaufregelung als i.O. erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teviolm
    "Bedingung i.O-Aussage TEV über Leerlaufluftprüfung möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teviop
    "Bedingung TEV in passiver Prüfung als i.O. erkannt."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevnio
    "Bedingung TEV in aktiver Prüfung als defekt erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevniom
    "Bedingung i.O-Aussage TEV über Leerlaufprüfung nicht möglich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevtini
    "TEV timer wurde neu initialisiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevzust
    "Bedingung für TEV Zusteuern bei Sondensignalabgleich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ECA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tfstok
    "CAN: Fuellstandssignal Geber 1 okay"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tfu
    "Bedingung Temperaturfühler Umgebung vorhanden"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tfuora
    "Zeit für das Setzen des Zyklusflags Z_ora unabhängig von Z_FRA"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E26 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E26 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tfwdksom
    "Zeitkonstante für Filterung Drosselklappenwinkel ohne Momentenstruktur aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tglhme
    "Rücksetzbedingung Magersperrung Toggle Mode"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tgllnst
    "Bedingung Start Magerzeit Toggle Modus"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tgltlnta
    "Status Magerzeit Toggle Mode abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tgramx
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tgranu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tgsabks
    "Bedingung Zeit tk15bks größer TGSABKS"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380740 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380740 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_thkko
    "Bedingung Homogenanforderung Temperaturkontrolle Speicherkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_thnoval
    "Bedingung Entprellzeit für NOx-Sensordiagnose abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_thrdel
    "Verzugszeit bei DK-Ansteuerung während Umschaltung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab0
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 0"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab1
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab2
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 2"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab3
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 3"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tim
    "Zeit-Trigger für Fehlerpfadmanagement"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_timehym
    "Bedingung zum Triggern einer Zeit zur Vergrößerung der Hysterese"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tipin
    "Tip in erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tipin_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tippg
    "Bedingung Wählhebel in Stellung ""Tippgasse"""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkabp
    "Bedingung passives Verfahren ist beendet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkamif
    "Bedingung Abgasmassenstrom liegt im Diagnosefenster"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkanpd
    "Bedingung: Anforderung der passive thermischen Katalysatordiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkappm
    "Bedingung: Applikationsmodus"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkenp
    "Bedingung Ende des passiven Diagnoseverfahrens"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkfa
    "Bedingung Testeranforderung DKATTH aktiv (B_fa = B_kth = TRUE)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkhcanf
    "Bedingung: Anforderung zusätzliche Kohlenwasserstoffe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D89
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D89 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D89 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D89 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkheal
    "Bedingung Heilung durchführen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkisb
    "Bedingung Speicherkattemperatur im Band für Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkiwv
    "Bedingung initialisiere Wiederholungsversuch"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkkne
    "Bedingung Katalysator nicht erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkknegs
    "Bedingung Anzahl der ""nicht-erkannt-Versuche"" ist größer als Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkktagra
    "Bedingung für Testerkommunikation Kurztest AGR aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380507
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380507 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380507 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380507 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tklaif
    "Bedingung Luftzahl liegt im Diagnosefenster"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkmnf
    "Bedingung exotherme Temperaturerhöhung ist kleiner als minimale Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkmnfgs
    "Bedingung Anzahl der ""Min-Fehler-Versuche"" ist größer als Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tknof
    "Bedingung exotherme Temperaturerhöhung ist größer als ""Gut""-Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tknofgs
    "Bedingung Anzahl der Gut-Prüfungen größer als Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkpda
    "Bedingung passive Diagnose aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tktae
    "Bedingung Sensortemperatursignal ist eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tktaev
    "Bedingung Temperatursignal vor dem Katalysator  ist eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tktaif
    "Bedingung Abgastemperatur ist im Diagnosefenster"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tktanf
    "Bedingung Abgastemperatur angefordert für therm. Katdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tktanif
    "Bedingung Ansauglufttemperatur im Diagnosefenster"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tktm
    "Bedingung Thermische Kat.Diagnose durch Motortemperatur freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tlbde
    "gesammelte Fehlerflags für SY_BDE=1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tleanlow
    "Status Magerunterdrückung zu lang"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tlepl
    "Tank-Leer-Diagnose Erlaubnis wegen gültigem und plausiblem Füllstand"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tlnohk
    "gesammelte Fehlerflags für SY_NOHK>0"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tlstervk
    "gesammelte Fehlerflags für SY_STERVK>0"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmdmme
    "Bedingung Endtemperatur von Motortemperaturmodell erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmismeus
    "Bedingung Anforderung Drehmoment-Änderungsbegrenzung MISMEUS"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38096C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmkicb
    "Bedingung Motortemperatur aus Kombibotschaft auswertbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmkmtr
    "Bedingung Wassertemperatur am Zylinderkopfaustritt verfügbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmkr
    "Bedingung Temperatur (tmot) fuer KR aktiv erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmlr
    "LREB: Von Motortemp. abhängige Bedingungen Lambdaregelung (vor Kat)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmmn
    "Bedingung: Blockheater erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmnmax
    "Bedingung tmot erlaubt kurzzeitige Überhöhung der Drehzahlgrenze"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380957
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380957 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380957 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380957 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmns
    "Bedingung Zeit tmns_w abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmotksu
    "Bedingung Motortemperatur für Entschwefelung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmsdkt
    "Bedingung Katdiagnose gesperrt wg. zu kleiner Motorstart-Temperatur"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmsrt
    "Bedingung Retriggerung Motortemperaturmodell nach Start"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnalu
    "Testphase nach erkanntem Aussetzer läuft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnoact
    "Bedingung Timer NOx-Sensor aktivität"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvkhoff
    "Bedingung Wirkung Katalysatorheizen nicht mehr vorhanden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvksma
    "Bedingung Sensor-Modell-Vergleich aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvksmv
    "Bedingung Sensor-Modell-Vergleich findet statt aufgrund stationär Bedingungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvmne
    "Bedingung: elektrischer Min.-Fehler Temperautur nach dem Vorkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvmxe
    "Bedingung: elektrischer Max.-Fehler nach dem Vorkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvp
    "Bedingung: Plausibilitätsfehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvpdmv
    "Bedingung: passive Diagnose durch Modellvgl. liefert Fehler, nach d. Vorkat."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvpstd
    "Bedingung: physikalische Startdiagnose liefert Fehler nach dem Vorkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnvzstd
    "Bedingung: Startdiagnose ist abgelaufen (Zyklusflag) hinter dem Vorkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_todis
    "Bedingung Drehzahlerhöhung für 'Take off'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_todkts
    "Bedingung Time out gespeichert bei Katalysatordiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tolcb
    "Bed. Fehlerstatus Öltemperatur aus Kombibotschaft od. aus COWIV abhängig von LH"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tolueb
    "Bedingung Öltemperaturschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tootaus
    "Bedingung B_fgrhs und B_fgrhsc für TOOTAUS nicht gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tootein
    "Bedingung B_fgrhs für TOOTEIN betätigt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tooth
    "Bedingung Zahnerkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tootulb
    "Bedingung ON/OFF-Taster GRA unplausibel lange betätigt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_totab
    "Bit alle Zylinder auf Bank 1 ausgeblendet"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpd
    "Bedingung Zeit TPD nach Plausibilitätscheck noch nicht abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpnmot
    "Bedingung Tiefpunkt Drehzahlschwingung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpnt_aw
    "KR: Auswahl Nulltest oder Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpnt_e
    "KR: Nulltest/Testimpuls freigegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trealdo
    "Bedingung Temperaturforderung per Doppeleinspritzung erfüllbar"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380844 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380844 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trealmr
    "Bedingung Temperaturforderung per Momentenreserve erfüllbar"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E79
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E79 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E79 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E79 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_treg
    "Bedingung Katalysator teilregeneriert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trev_inc
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trfash
    "Bedingung Kurztrip einleiten für Schwingungsprüfung Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trip
    "Flag für erfüllten 'trip'"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trkh
    "Bedingung Katheizen, Thermoreaktor wirksam"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trqmin
    "Zeitverzögerung (TMGESMN) für Momentenreduktion noch nicht abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tsaaus
    "Bedingung Zeit nach Beginn Schubabschaltung überschritten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tsaein
    "Bedingung Zeit nach Ende Schubabschaltung abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D75
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D75 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D75 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D75 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tskad
    "Bedingung Temperatur Speicherkat-Adaption"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tskklss
    "Bedingung tskmx_w kleiner min. Schwelle Adaptionsgrenze"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tskmngk
    "Bedingung Hochsetzten von tskmn_w aufgrund geringer Katschädigung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tskmngkr
    "Bedingung Rücksetzten der Erhöhung tskmn_w aufgrund geringer Katschädigung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tskmngkt
    "Bedingung Auslösung zum Hochsetzten von tskmn_w aufgrund geringer Katschädigung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tskmxh
    "Bedingung Hochsetzen tskmx_w"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tskmxr
    "Bedingung Runtersetzen tskmx_w"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tsknoffe
    "Bedingung Adaptionsgrenzen Speicherkat nicht im Band"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tsroov
    "Bedingung Segmentzeit-Wordoverflow"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tsu
    "Bedingung Katalysatortemperatur für Schwefelregenerierung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tsuzwm
    "Bedingung Katalysatortemperatur für zweckmäßige Schwefelregenerierung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumcb
    "Bedingung kein Fehler in CAN-Umgebungstemperaturinformation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumkmtr
    "Bedingung Umgebungstemperatur verfügbar"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumkst
    "Bedingung Aktualisierung Umgebungstemperatur beim Kaltstart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumnpl
    "Bedingung Umgebungstemperatur nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvars
    "Bedingung Antiruckelfunktion dynamisch aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvarsa
    "Bedingung Antiruckelfunktion dynamisch aktiv nach Schubabschalten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvarss
    "Bedingung Antiruckelfunktion stationär aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvposz
    "Bedingung Zeitfenster Oszillationserkennung ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvsfrei
    "Verzögerte Bedingung Schwefel frei"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380680
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380680 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380680 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380680 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvumsch
    "Bedingung Verzögerungszeit TVUMSCH bei Gangwechsel abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380522 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380522 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubbsk
    "Umgehung Abfrage Betriebsbereitschaft Speicherkat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubdve
    "Bedingung: Batteriespannung für DV-E-Ansteuerung i.O."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubfra
    "Betriebsartunabhängige Laufbereitschaft für fra"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubfrat
    "Betriebsartunabhängige Laufbereitschaft für frat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubkst
    "Ubat-Schwelle ZUBKSTMX mal unterschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubora
    "Betriebsartunabhängige Laufbereitschaft für ora"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubpvg
    "Bedingung Batteriespannung ausreichend für 5V-Potiversorgung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubrdmn1
    "Bedingung Bordnetzspannung über Hauptrelais kleiner UBRDMN1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubrdmn2
    "Bedingung Bordnetzspannung über Hauptrelais größer UBRDMN2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubrk
    "Bedingung Hauptrelais Kontaktfehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubrmax
    "Bedingung Bordnetzspannung über Hauptrelais höher als UBRDMX"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubru
    "Bedingung Unterbrechung zur Bordnetzversorgung über Hauptrelais"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383278
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383278 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383278 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383278 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubska_c_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380407
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380407 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380407 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380407 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubvdkp
    "Bedingung Batteriespannung ausreichend für Verstärkung von DK-Poti 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ub_ok
    "Batteriespannung o.k."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ub_ska
    "Batteriespannung nicht o.k., Unterspannungsabschaltung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380404
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380404 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380404 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380404 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_udk1nv
    "Bedingung Spannung DK-Poti 1 oberhalb des Verstärkungsbereichs"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ufrkc
    "Speicherung von ei_rkc_um für den nächsten Fahrzyklus"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F93
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F93 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F93 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F93 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ufrkcalt
    "ei_rkc_um des lezten Fahrzyklus"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ufrkcl
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ugd
    "Bedingung: DK-Winkel größer als für 95% der max. rel. Füllung erforderlich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ugdap
    "Bedinung: ungedrosselter Winkel DK und AGR  über Applikationswert vorgegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ugdsp
    "Bedingung praedizierter DK-Sollwinkel im ungedrosselten Bereich"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhnoeof
    "Bedingung Spannungsschwelle Heizung NOx Fehler freigeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3851D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrnpl
    "Bedingung Uhrinformation nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrrmin
    "Bedingung Uhr mit relativem Minutenzähler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrrsec
    "Bedingung Uhr mit relativem Sekundenzähler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uk1
    "Einschaltbedingung Übergangskompensation"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38081F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38081F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38081F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38081F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukg
    "Bedingung Ük wirkt stark"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukns
    "Einschaltbedingung ÜK nach Start"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38081F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38081F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38081F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38081F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umaabr
    "Bedingung: Abbruch beim UMA-Lernen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umae
    "Bedingung: Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umastart
    "Bedingung Uma-Lernen Start"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umauab
    "Bedingung: UMA-Lernen während Urinitialisierung abgebrochen (SKA)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umawait
    "Bedingung AGR-Ventiladaption im Wartezustand"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umhomsch
    "Bedingung zweistufiger Betriebsartenwechsel von HOM nach SCH"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380522 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380522 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umschhom
    "Bedingung zweistufiger Betriebsartenwechsel von SCH nach HOM"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380522 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380522 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umv
    "Bedingung Umgehung Magerverbot SKR"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_up2bwf
    "Bewegungsfehler an Poti 2 bei Abschluß der Bewegungserkennung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_update
    "B_update = false    kein Update der Zustandsgroessen in der LRS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uprmnpl
    "Spannung Raildrucksensor nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380830
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380830 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380830 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380830 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw12e
    "Bedingung: Fehler bei Vergleich der beiden normierten PWG-Poti-Spannungen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw1mn
    "Bedingung: Spannung PWG-Poti 1 unterhalb Minimalwert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw1mx
    "Bedingung: Spannung PWG-Poti 1 oberhalb Maximalwert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw2mn
    "Bedingung: Spannung PWG-Poti 2 unterhalb Minimalwert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw2mx
    "Bedingung: Spannung PWG-Poti 2 oberhalb Maximalwert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwbwf
    "Bewegungserkennung hat im aktuellen Fahrzyklus einen Fehler erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwg1o
    "Bedingung Bereichsverletzung an PWG-Poti 1 nach oben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwg1u
    "Bedingung Bereichsverletzung an PWG-Poti 1 nach unten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwg2o
    "Bedingung Bereichsverletzung an PWG-Poti 2 nach oben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwg2u
    "Bedingung Bereichsverletzung an PWG-Poti 2 nach unten"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uscherf
    "Bedingung Messung Sondenspannung hinter KAT für Schubmessung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkf
    "Bedingung Sondenspannung hinter Kat ""Fett"" (Sollwert überschritten)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkm
    "Bedingung Sondenspannung hinter KAT ""Mager"" (Sollwert unterschritten)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkmg
    "Bedingung Spannung Sonde hinter Katalysator ""mager"""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkmx
    "Bedingung Spannung Sonde hinter Katalysator Schwellwert erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkrfm
    "Bedingung für Wiederholungsmessung Schwingungspr. h. KAT (Reset F/M -Flip-Flop)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkvl
    "Bed. Schwelle für Sonde h. KAT bei Vollast nicht überschritten `statichisch`"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushsch
    "Bed. Schwelle für Sonde h. KAT im Schub nicht unterschritten `statichisch`"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uszw
    "Bedingung Umschaltung und Zündwinkelberechnung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vabsff
    "Bedingung Geschwindigkeit aus Bremsenbotschaft ist fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vade
    "Bedingung Verzögerungsabmagerung Direkteinspritzung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38081F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38081F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38081F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38081F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vag
    "Bedingung starke Verzögerungsabmagerung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vbemg
    "Bedingung Verbrennungserkennung möglich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vbmg
    "Bedingung Verbrennung möglich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vdlbk
    "Bedingung: Verbot Setzten eines E_lbk"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vekat
    "Fehlerverdacht bei Katdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383277
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383277 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383277 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383277 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vekati
    "Interner Fehlerverdacht bei Katdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380689
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380689 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380689 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380689 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vekatv
    "Fehlerverdacht bei Katdiagnose, verzögert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_venopl
    "Vedacht Plausfehler DNOHK ohne Tank-leer Funktion"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vereph
    "Verdacht auf Fehler im Phasensignal von PG1"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38326F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38326F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38326F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38326F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_verrueck
    "Bedingung Verdacht Rückdrehen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vfzgc
    "Bit Fahrzeuggeschwindigkeit konstant für Cruising-Erkennung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vfzgdesu
    "Bedingung Fahrzeuggeschwindigkeit für Entschwefelung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380680
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380680 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380680 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380680 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vfzgsa
    "Bedingung Fahrzeuggeschwindigkeit fordert Schubabschaltung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vfzgsu
    "Bedingung Fahrzeuggeschwindigkeit für Katheizen für Entschwefelung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380680
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380680 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380680 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380680 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vhlsu
    "Bedingung: Vorheizen der LSU nach Kaltstart"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vl
    "Bedingung Vollast"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vldagr
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vllr
    "Bedingung Fahrzeug rollt mit eingelegtem Gang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsufm
    "Bed. Verdacht LSU-Fehler (Fett oder Mager). Vorbereitung zum Rampentest h. Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D82 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D82 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsuftb
    "Bedingung: LSU hat Kennlinienverschiebung nach fett (zeigt zu fett an)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3833C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsumrb
    "Bedingung: LSU hat Kennlinienverschiebung nach mager (zeigt zu mager an)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3833C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsumrs
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsunp
    "Verdacht : Lambdasonde Signal ist unplausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vluft
    "Bedingung Verdacht auf nicht verbauterSonde im Abgasstrang"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384EB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vmax
    "Bedingung VMAX-Regelung aktiv"
    UWORD
    dez
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnohkmn
    "Fehlerverdacht Flagg Min. Fehler für NOx Sensor h. HKat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnohkmx
    "Fehlerverdacht Flagg Max. Fehler für NOx Sensor h. HKat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnopmn
    "Verdachtsflagg Min. Plausibilitätsfehler für NOx Sensor h. HKat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnopmx
    "Verdachtsflagg Max. Pausibilitätsfehler für NOx Sensor h. HKat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnoppl
    "Verdachtsflagg für Plaus-Fehler fuer NOx Sensor h. HKat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnopsig
    "Verdachtsflagg Signal-Plausibilitätsfehler für NOx Sensor h. HKat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnosig
    "Fehlerverdacht Flagg Signal-Fehler für NOx Sensor h. HKat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnull
    "Bedingung Fahrzeug steht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vormdred
    "Bedingung Voraussetzung für Drehmomentreduktion über Reduzierstufen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vorst
    "Bedingung Vorsteuerung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vph
    "Bedingung vp-Hochrechnung erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380617
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380617 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380617 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380617 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vposz
    "Bedingung Vp-Oszillation erkannt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38521C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vpwgerr
    "Bedingung: Verdacht auf PWG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vradhlff
    "Bedingung Radgeschwindigkeit hinten links aus Bremsenbotschaft fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vradhrff
    "Bedingung Radgeschwindigkeit hinten rechts aus Bremsenbotschaft fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vradvlff
    "Bedingung Radgeschwindigkeit vorne links aus Bremsenbotschaft fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vradvrff
    "Bedingung Radgeschwindigkeit vorne rechts aus Bremsenbotschaft fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vsuzwm
    "Bedingung Fahrzeuggeschwindigkeit für zweckmäßige Entschwefelung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380680
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380680 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380680 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380680 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vzl_um
    "erkannter Low-Pegel am FGR-Bedienhebelschalter Verzögern in der Funktionsüberw."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wablr
    "Bedingung: Freigabe magerer Warmlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_waitgap
    "Bedingung: Warten auf nächste Lückenüberprüfung bei RDE"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wal_um
    "erkannter Low-Pegel am FGR-Bedienhebelschalter Wiederaufnahme in Funktionsüberw."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk12ev
    "Bedingung Vorläufiger Gleichlauffehler der DK-Potis"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk13ev
    "Bedingung Vorläufige Unplausibilität zw. DK-Poti 1 und Ersatzwert aus Füllung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk1v
    "Bedingung Berechnung des DK-Winkels aus verstärktem Signal von Poti 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk23ev
    "Bedingung Vorläufige Unplausibilität zw. DK-Poti 2 und Ersatzwert aus Füllung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk2sel
    "Bedingung DK-Winkel-Berechnung für Lageregler aus Poti 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk2st
    "Bedingung DK-Winkel-Berechnung für Lageregler temporär aus Poti 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdkap
    "Bedingung: DK-Sollwert aus appl. Kennlinie bzw. im Start aus Startwinkel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdkhfg
    "Bedingung Winkel aus Hauptfüllungssensor(wdkhf_w) gültig"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38077E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38077E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38077E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38077E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdkhfu
    "Bdg: Berechnung  Winkels DK aus Signal des HF-Sensors ungedrosselt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38077E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38077E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38077E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38077E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdkhomap
    "Bedingung Drosselklappenwinkel aus Applikationswert im Homogenbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdksap
    "DK-Steuerung über Festwert, Bit 1 hat Priorität"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdksauf
    "Bedingung: DLR, Sollsprung in Richtung AUF"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdkschap
    "Bedingung Drosselklappenwinkel aus Applikationswert im Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdksive
    "Bedingung: Fehler im Vergleich DK-Winkel-Sollwert/-Istwert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdksom
    "Drosselklappensollwinkel ohne Momentenstruktur aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wk
    "Bedingung: Wandlerkupplung überbrückt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkauf
    "Bedingung Wandlerkupplung offen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkhw
    "Bedingung: während Gerätenachlauf wist_w in wkhw_w  gespeichert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkr
    "Bedingung für Wandlerkupplung geregelt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkral
    "Bedingung wkr aus KR-Adaptionskennfeld einlesen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wks
    "Bedingung Wiederholkaltstart"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wksch
    "Bedingung Wandlerkupplung geschlossen, keine Schaltung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwiout
    "Bedingung: Winkeldifferenz wnwi_ad_w nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwioutx
    "Bedingung für unplausiblen Winkelfehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wpabnb
    "Bedingung Änderungsbegrenzung des Pedalwerts nach Bremsbetätigung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wpmbbr
    "Bedingung Maximalbegrenzung des Pedalwerts bei Bremsbetätigung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wsanf
    "Bedingung Abgaswärmestrom gefordert"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wsrealdo
    "Bedingung Wärmestromanforderung erfüllbar per Doppeleinspritzung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380844 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380844 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wsrealmr
    "Bedingung Wärmestromanforderung erfüllbar per Momentenreserve"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E79
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E79 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E79 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E79 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wst
    "Bedingung Wiederholstart"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wst0
    "Bedingung Wiederholstart (Anteil 1: erkannte Verbrennungen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38328E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38328E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38328E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38328E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wst1
    "Bedingung Wiederholstart (Anteil 2: Abstellzeit)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E20 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E20 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wst2
    "Bedingung Wiederholstart (Anteil1: letzter Zyklus erkannte Verbrennungen)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E20 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E20 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wuc
    "Bedingung 'warm up cycle' erkannt"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_y2max
    "Integralanteil der LRS hat obere Schranke erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_y2min
    "Integralanteil der LRS hat untere Schranke erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_z1
    "Bedingung Zündbereich 1 aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_z1not
    "Flag Zündbereich 1 aktiv :  Anforderung im Notlauf"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_z1_i
    "Flag Zündbereich 1 aktiv : interne Anforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_za
    "Bedingung Zwangsamplitude"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zabgerr
    "Bedingung abgasrelevanter Fehler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zadbks
    "Zyklusflag Adaption BKS referenziert in %TKMWL"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zagre
    "Bedingung Endstufendiagnose: AGR-Ventil zu"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zagrlr
    "Zyklusinformation für Readiness-Bildung Diagnose AGR-Lagesensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zagrsr
    "Zyklusinformation für Readiness-Bildung AGR-System-Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zagrun
    "Bedingung Start des Aussetzergenerators"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zagrvr
    "Zyklusinformation für Readiness-Bildung Diagnose AGR-Steller"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zagstp
    "Bedingung Aussetzergenerator gestoppt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zb
    "Bedingung Schließzeitausgabe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A88 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A88 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zdagrss
    "Bedingung interner Zyklus schnelle Diagnose AGR System"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zdkt
    "Bedingung: Katdiagnose: Gutprüfung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zesgnps
    "Zyklusflag Vereisungs-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zesync
    "Bedingung Zündung synchronisiert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zesync_d
    "Bedingung Zündung synchronisiert verzögern"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zflr
    "Bedingung: Zyklusfreigabe für AGR-Laufunruheregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zfra
    "wenn gleich TRUE, dann ist fra geprüft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zfrat
    "Zyklusflag FRA und ORA ist über temperaturabhängige GA gesetzt."
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zfrlr
    "Bedingung: Zyklusfreigabe für AGR-Laufunruheregelung zurückgesetzt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zfslr
    "Bedingung: Zyklusfreigabe für AGR-Laufunruheregelung gesetzt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgen
    "Zylindergleichstellung freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E33
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E33 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E33 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E33 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zges
    "Bedingung Zwischengasanforderung vom Getriebe-SG"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zglim
    "Mindestens einer der ZGST-Regler am Eingriffsanschlag"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E34 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E34 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgnl
    "Bedingung Nulllast ZGST"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgns
    "Bedingung zu geringe Drehzahl ZGST"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgoff
    "Error: Zylindergleichstellung durch Wirkungsüberwachung abgeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E34 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E34 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgrt
    "Taktung der ZGST-Regler"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E34 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E34 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgst
    "Regelung der Zylindergleichstellung ist aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E34 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E34 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgva
    "Adaption der ZGST-Vorsteuerkennfelder ist aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E34 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E34 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgvat
    "Taktung der Vorsteuerungsadaption der ZGST"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E34 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E34 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhhrlsu
    "Bedingung Heilung darf durchgeführt werden"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhnohkr
    "Zyklusinformation für Readiness-Bildung Heizung NOx-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhsfer
    "Zyklusinformation für Readiness-Bildung Frontkatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhsfr
    "Zyklusinformation für Readiness-Bildung Frontkatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383262
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383262 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383262 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383262 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhsher
    "Zyklusinformation für Readiness-Bildung Hauptkatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhshr
    "Zyklusinformation für Readiness-Bildung Hauptkatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhsver
    "Zyklusinformation für Readiness-Bildung Hauptkatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhsvr
    "Zyklusinformation für Readiness-Bildung LSU-Heizung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhsvsar
    "Zyklusinformation für Readiness-Bildung LSU-Heizung Schubprüfung"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zkat
    "Bedingung: Zyklusflag setzen, Katdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zkatr
    "Zyklusinformation für Readiness-Bildung Hauptkatdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F65
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F65 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F65 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F65 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlashr
    "Zyklusinformation für Readiness-Bildung Sonde hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F62 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F62 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlsuia
    "Bedingung kein Fehler bzgl. Sondenspannung während des Schubes / Leitung IA ok"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlsvr
    "Zyklusinformation für Readiness-Bildung Sonde vor Kat"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F62 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F62 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlzsr
    "Bedingung: Zyklus Leck zum Saugrohr"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384DF5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_znohk
    "Bedingung internes Zyklusflagg der elektrischen Diagnosen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_znohkr
    "Zyklusinformation für Readiness-Bildung NOx-Sensor"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F62 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F62 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zoptm
    "Bedingung: Zyklusfreigabe von Unplausibilitätsprüfung oben TMOT-Signal"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zora
    "wenn gleich TRUE, dann ist ora geprüft"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E26 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E26 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zoraf
    "Positive Flanke von B_zora(2)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384ECA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zprel
    "Bedingung Zahnentprellung erfolgt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zsknor
    "Zyklusinformation für Readiness-Bildung NOx-Speicherkat-Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383F65
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F65 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F65 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F65 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ztafix
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ztev
    "Bedingung Endstufendiagnose TEV zu"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ztrans
    "Übergang zwischen zwei BDE- Betriebsarten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ztransf
    "Übergang zwischen zwei BDE- Betriebsarten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zttmgr
    "Bedingung Zeitkonstante groß für Nachstartphase"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380740 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380740 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zw0na
    "Zündwinkel für aktuellen Zylinder nicht aktualisieren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zw1na
    "Zündwinkel für nächsten Zylinder nicht aktualisieren"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zw2na
    "Zündwinkel für übernächsten Zyl. nicht aktualisieren (f.6/8-Zyl.)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwafh
    "Zündwinkelfreigabe zur Anfahrhilfe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwagre
    "Bedingung für Zündwinkel aus KFZWAGRE, wenn rriext_w >= SAGRZW"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwappl
    "Bedingung Zündwinkelapplikation ohne Drehmomenteingriffe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwdmr
    "Zündwinkeleingriff durch Momentenreserve"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwdynno
    "Bedingung erforderliche Anzahl der Dynamikmessungen erreicht für BDE"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwdynsh
    "Bedingung erforderliche Anzahl der Dynamikmessungen erreicht"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwfa
    "Zündwinkeleingriff durch aktiven Komfortfilter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwfe
    "Zündwinkeleingriff durch Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwflbk
    "Bedingung: Freigabe Zündwinkel wegen Ladungsbewegungsklappe"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380784 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380784 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwget
    "Zündwinkeleingriff durch Getriebeeingriff"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwgruhmm
    "Bit=true, wenn Homogenmager ZW als zwgru ausgegeben wird"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwkra
    "Bedingung: Zündwinkel der KR wird ausgegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwkraa
    "Bedingung Zündwinkel der KR wird ausgegeben"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwkrum
    "Flag: schnelle Frühverstellung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwme
    "Zündwinkeleingriff durch Momenteneingriff"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwmnpst
    "Bedingung Nachstartphase bzgl. Zündwinkelspätgrenze erreicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwms
    "Bedingung Motorschutz-Zündwinkelbegrenzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwnget
    "Zündwinkeleingriff nicht durch Getriebeeingriff"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwp
    "Bedingung Zusatzwasserpumpe ein"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwpp
    "Zündwinkeleingriff durch Pedalposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwramp
    "ZW-Rampe zwischen zwnws und zwkfzwhks"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwrampa
    "ZW-Rampe zwischen zwnws und zwkfzwagre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zws0
    "Bedingung Übergang zur einfachen Schliesszeitüberlappung - Schliesszeitausgabe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwsch
    "Bedingung Betriebsart mit Schicht-Zündwinkel aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwschap
    "Bedingung Adaptionswert für Zündwinkel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwschhmm
    "Bedingung Zündwinkel-Umschaltung von Schicht nach Homogen-Mager"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwschhom
    "Bedingung Zündwinkel-Umschaltung von Schicht nach Homogen"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwschv
    "Bedingung Zündwinkel für Schicht-Betriebsarten aktiv"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwumsch
    "Bedingung Umschaltung Zündwinkel wegen Betriebsartenwechsel"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvs
    "Bedingung für schnellen äußeren ZW-Eingriff der Momentenschnittstelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvz
    "Bedingung für Zündwinkeleingriff der Momentenschnittstelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvzsy
    "Bedingung für Zündwinkeleingriff der Momentenschnittstelle (_syns)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvzvb
    "Bedingung für Zündwinkeleingriff der Momentenschnittstelle vor Begrenzung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zylind
    "zeigt, ob zylinderindividuelles (1) oder segmentweises (0) Lernen (nur fuel-off)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zztab
    "Bedingung: Zahnzeitentabelle gültig"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cadesuf
    "Zähler für Anforderungen harter Entschwefelungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F75
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F75 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F75 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F75 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    canbits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38324B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    can_nv_bits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38324C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    caseVar
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380839
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380839 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380839 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380839 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cfist_w
    "tatsächlicher Wärmekapazitätsstrom vor AGR-Entnahmestelle"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382258
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382258 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382258 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382258 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cfmax_w
    "maximaler Wärmekapazitätsstrom vor AGR-Entnahmestelle"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38225A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38225A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38225A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38225A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cfmin_w
    "minimaler Wärmekapazitätsstrom vor AGR-Entnahmestelle"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38225C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38225C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38225C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38225C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cfof
    "zeigt die Eigenschaften des aktuellen KF-Bereiches der Fuel-off Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380589
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380589 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380589 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380589 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cfoxx
    "zeigt die Eigenschaften des aktuellen KF-Bereiches der Fuel-on/-off Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380582
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380582 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380582 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380582 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cfspaio
    "Zähler für iO fspa-Werte"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F76 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F76 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    chkesbt_w
    ""
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF226
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF226 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF226 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF226 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    CJ830SscErrorCtr
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385302
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385302 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385302 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385302 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cktse_w
    "Wert der Fettgasmenge"
    UWORD
    m_q0p0277_g
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    clistmr_w
    "tatsächlicher Wärmekapazitätsstrom hinter AGR-Entnahmestelle in %KOMRH"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385534
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385534 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385534 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385534 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    clist_w
    "tatsächlicher Wärmekapazitätsstrom hinter AGR-Entnahmestelle"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38225E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38225E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38225E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38225E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    clmaxmr_w
    "maximaler Wärmekapazitätsstrom hinter AGR-Entnahmestelle in %KOMRH"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385536
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385536 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385536 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385536 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    clmax_w
    "maximaler Wärmekapazitätsstrom hinter AGR-Entnahmestelle"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382260 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382260 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    clmin_w
    "minimaler Wärmekapazitätsstrom hinter AGR-Entnahmestelle"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382262
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382262 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382262 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382262 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    clmxmrbg_w
    "maximaler Wärmekapazitätsstrom hinter AGR-Entnahmestelle in %KOMRH, begrenzt"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385538
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385538 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385538 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385538 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    clnomr_w
    " Wärmekapazitätsstrom nach AGR-Entnahmest. falls keine Momentenreserve (%KOMRH)"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38553A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38553A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38553A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38553A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cmibeg_w
    "Zähler aktiver Begrenzungen des inneren Moments"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383F9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cndlg_w
    "Zähler Anzahl syncros bis Fehler ""Laufgrenze mehrmals überschritten"" geheilt ist"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38202A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38202A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38202A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38202A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cnoppomn
    "Zähler Plausibilitätsverletzung nohksroh_w Offset im Leerlauf zu klein"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F7A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F7A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cnoppomx
    "Zähler Plausibilitätsverletzung nohksroh_w Offset im Schubbetrieb zu groß"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F7B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F7B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F7B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F7B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntakf_w
    "ZGST-Adaption Sektorindex-Zähler, Array über alle Sektoren"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 15
    ECU_ADDRESS 0x384B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntbg_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntbte
    "Counter Boostertime-Error"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DBB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DBB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DBB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DBB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntcld
    "Counter Lastabfall (connection line drop)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DBF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DBF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DBF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DBF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cnthealcj
    "Counter CJ830-Fehlerheilung (healing)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DC3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DC3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DC3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DC3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntksmh
    "Counter Kurzschluss Masse, high side"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DC7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DC7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DC7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DC7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntksml
    "Counter Kurzschluss Masse, low side"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DCB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DCB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DCB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DCB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntksubh
    "Counter Kurzschluss ubatt, high side"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DCF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DCF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DCF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DCF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntksubl
    "Counter Kurzschluss ubatt, low side"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DD3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DD3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DD3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DD3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntksw
    "Counter Windungsschluss, (short circuit on coil)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DD7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DD7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DD7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DD7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntmnhhe
    "Counter Min-Fehler NOx-Sensor Endstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380732 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380732 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntmxhhe
    "Counter Max-Fehler NOx-Sensor Endstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380733
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380733 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380733 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380733 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntsihhe
    "Counter Sig-Fehler NOx-Sensor Endstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380734 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380734 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntzghl_w
    "Zähler Anzahl ZGST-Reglertakte bis Heilung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385458
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385458 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385458 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385458 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntzgoff
    "Funktionsabschaltungen durch Wirkungsüberwachung (Zähler)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F8D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F8D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F8D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F8D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntzgr
    "Zähler Anzahl Synchros zwischen 2 ZGST-Reglertakten"
    SBYTE
    dez
    1
    100
    -128
    127

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380806 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380806 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntzgv
    "Zähler Anzahl ZGST-Reglertakte bis zum nächsten Adaptionstakt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E2F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    coxinfk_w
    "Sauerstoffkonzentration des in den Vorkat strömenden Gases"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381652 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381652 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cpaw1
    "Zähler für Poti 1 bei DK-Poti-Auswahl"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cpaw2
    "Zähler für Poti 2 bei DK-Poti-Auswahl"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    crshDetect
    ""
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cserk
    "detektierte Signalquelle Crash-Sensor-Signal"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383419
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383419 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383419 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383419 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cs_air
    "Checksumme in der Botschaft Airbag"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38055E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cs_gra
    "berechnte Checksumme der GRA-Botschaft"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380710 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380710 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cs_mot6
    "Checksumme Motor6"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38055F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctbetip
    "Zeitzähler für Tip-Erkennung FGR-Taste Beschleunigen"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctdkp1
    "Fehlerzeitzähler für Bereichsprüfung DK-Poti 1"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctdkp2
    "Fehlerzeitzähler für Bereichsprüfung DK-Poti 2"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctdkpaw
    "Zeitzähler für DK-Poti-Auswahl"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctepfgrh
    "Zeitzähler für Entprellung Schalter FGR-Bedienteil"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctfgrab
    "Zeitzähler für Weitergabe der FGR-Abschaltung an die Funktionsüberwachung"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380702 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380702 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctfgrhe
    "Zeitzähler für Erkennung FGR-Bedienhebelfehler"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cthsnp
    "Zeitzähler für Erkennung FGR-Hauptschalter nicht plausibel"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctootaus
    "Zeitzähler für Berechnung B_tootaus"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctootein
    "Zeitzähler für Berechnung B_tootein"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctootulb_w
    "Zeitzähler für Berechnung B_tootulb"
    UWORD
    t20msxs_uw_b1310
    1
    100
    0
    1310.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3818AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrbwf
    "Fehlerzähler Bewegungserkennung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrerbr
    "Fehlerzähler für Bremsschalter-Plausibilisierung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383284
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383284 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383284 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383284 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrerf1
    "Zähler für Anzahl  Fehlerflags E_dfp = 1 im System seit powerfail (gefiltert)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D3D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrerfk1
    "Zähler für Anzahl  Fehlerflags E_dfp = 1 im System seit powerfail (ungefiltert)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrrdy1
    "Zähler für Anzahl geprüfter Fehlerpfade im System seit powerfail"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrsfp
    "Zähler für Anzahl Fehlerpfade im System"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrzyf0
    "Zähler für Anzahl ungeprüfter Fehlerpfade im System seit Start"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrzyf1
    "Zähler für Anzahl geprüfter Fehlerpfade im System seit Start"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctum
    "überprüfte Umgebungstemperatur vom CAN-Kombi"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctvetip
    "Zeitzähler für Tip-Erkennung FGR-Taste Verzögern"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctwdk12
    "Fehlerzeitzähler für Gleichlaufprüfung der DK-Potis"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctwdk13
    "Fehlerzeitzähler für Plausibilitätsprüfung DK-Poti 1 mit Ersatzwert aus Füllung"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctwdk23
    "Fehlerzeitzähler für Plausibilitätsprüfung DK-Poti 2 mit Ersatzwert aus Füllung"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cvn
    "auszugebende Checksumme (CVN) entsprechend SAE J1979 Mode $09"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cw_erfil
    "Status Codewort Filtervariante für Ausgabe der AS-Fehler an GST"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cw_obd
    "Status Codewort CWOBD"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cycbgkv_w
    "Zykluszeit BGKV"
    UWORD
    t_q12p2us
    1
    100
    0
    799986

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cyclebg_w
    ""
    UWORD
    runtime2_sy
    1
    100
    0
    838848

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384F14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cyc_hmmhom
    "Zähler beim Übergang von HMM nach HOM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A94 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A94 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cyc_hmmhoma
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A95
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A95 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A95 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A95 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cyc_homhmm
    "Zähler beim Übergang von HOM nach HMM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cyc_homhmma
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cylnum
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    d1fkmsdk_w
    "Sprung des schnellen Abgleichs bei AGR-Diagnose"
    SWORD
    fak_sw_b4
    1
    100
    -4
    3.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384F7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    d2fkmsdk_w
    "Sprung des schnellen Abgleichs bei AGR-Diagnose"
    SWORD
    fak_sw_b4
    1
    100
    -4
    3.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384F7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    data_init2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38083A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    data_s
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38083B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dbgra_c_um
    "Entprellzähler für Botschaftzählerüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380412
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380412 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380412 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380412 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dclmrws_w
    "Kapazitätsstromerhöhung durch Abgaswärmestromforderung"
    UWORD
    qci_q2p604Em3
    1
    100
    0
    170.664

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38553C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38553C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38553C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38553C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dcycnt
    "Driving cycle - counter"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dcycrefa_w
    "Referenzwert A (alle B_dcy) zu 'Driving Cycle Counter Tabelle'"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384388
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384388 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384388 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384388 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dcycrefb_w
    "Referenzwert B (alle B_wuc) zu 'Driving Cycle Counter Tabelle'"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38438A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38438A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38438A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38438A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dcyctab
    "Startadresse der 'Driving Cycle - Cycle Flag Counter Tabelle'"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 256
    ECU_ADDRESS 0x38438C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38438C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38438C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38438C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dcyetab
    "Startadresse der 'Driving Cycle - Error Flag Counter Tabelle'"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 256
    ECU_ADDRESS 0x38458C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38458C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38458C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38458C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ddkhc_w
    "Eingang Integrator für Korrektur HC-Konzentration (dkhc_w)"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38565E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38565E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38565E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38565E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ddssAusBits0
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DDSSintbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380750 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380750 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dekpub
    "Differenz der Batteriespannung zwischen zwei Messungen bis EKP-Dauerbetrieb"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    delayedTime_w
    ""
    UWORD
    t_wdt_high
    1
    100
    0
    53686.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383BFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    depsdss_w
    "Delta Saugrohrdruck gemessen mit Drucksensor am Saugrohr (DS-S)"
    SWORD
    p_uw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazw
    "Detla Zündwinkelwirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazwbs
    "Delta ZW-Wirkungsgrad für Bauteileschutz"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazwi_w
    "I-Anteil Abgastemperaturregler für Zündwinkel"
    SWORD
    rel_q0p0039
    1
    100
    -128
    127.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazwnl
    "Delta Zündwinkelwirkungsgrad aus Notlauf Abgastemperaturregelung für Zündwinkel"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazwp_w
    "P-Anteil Abgastemperaturregler für Zündwinkel"
    SWORD
    rel_q0p0039
    1
    100
    -128
    127.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazwrx
    "Reglerausgang delta Zündwinkelwirkungsgrad begrenzt"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazwr_w
    "Reglerausgang delta Zündwinkelwirkungsgrad"
    SWORD
    rel_q0p0039
    1
    100
    -128
    127.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    devoff
    "EV-Ausblendmaske bei Testeranforderung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfbagr_w
    "Differenzwert Korrekturfaktor AGR (Blende)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384FDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfcmFcm
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383265
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383265 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383265 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383265 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfcmNo
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383266
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383266 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383266 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383266 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfcmSfp
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383267
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383267 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383267 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383267 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfimdfp
    "DF-Interface-Monitor dfp"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfimflg_w
    "DF-Interface-Monitor Flags"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38478C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38478C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38478C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38478C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfkagr_w
    "Differenzwert Korrekturfaktor AGR"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384FE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfkasteb_w
    "Eingangssignal für Integrator spezifischer Sollkraftstoffanteil bei Absteuerung"
    SWORD
    perio_sw_b1p562
    1
    100
    -1.562
    1.56195

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385660
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385660 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385660 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385660 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfkaster
    "Rohwert Eingangssignal für Integrator spezifischer Sollkraftstoffanteil"
    SBYTE
    fak_sb_b16
    1
    100
    -16
    15.875

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfkastes_w
    "Eingangssignal für Integrator spezifischer Sollkraftstoffanteil"
    SWORD
    perio_sw_b1p562
    1
    100
    -1.562
    1.56195

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385662
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385662 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385662 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385662 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfmilb
    "Hystereseschwelle zur Umschaltung der LBK in Abh. von nmot"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfmlow_int
    ""
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF4CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4CA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4CA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfmlow_w
    "Low-Zeit DFM-Signal"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382CA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382CA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382CA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382CA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfmperio_int
    ""
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF4CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4CC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4CC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfmperio_w
    "Periodenzeit DFM-Signal"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382CA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382CA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382CA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382CA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfpmEpclState
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfpmMilState
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4B 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4B EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfpnlarray
    "Array für Fehlerpfade die im Nachlauf gesondert behandelt werden müssen"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 1
    ECU_ADDRESS 0x38501C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38501C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38501C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38501C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfpntdcy
    "Anzahl nicht getesteter Diagnose-Fehlerpfade in diesem driving cycle"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfpntpwf
    "Anzahl nicht getesteter Diagnose-Fehlerpfade seit powerfail oder FCM löschen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfp_ap
    "aktueller Fehler für Dauerlaufmessung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383268
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383268 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383268 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383268 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrai_w
    "Änderung multiplikative Gemischkorrektur gegenüber Referenzwert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385436
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385436 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385436 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385436 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrat_w
    "Delta FRAT zwischen dem alten und aktuellen Wert."
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38540C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38540C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38540C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38540C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrlkl2a_w
    "Differenz zwischen KFURLKL2A und KFURLA"
    SWORD
    rel_sw_b0p15
    1
    100
    -0.15
    0.149995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrlkl2e_w
    "Differenz zwischen KFURLKL2E und KFURLE"
    SWORD
    rel_sw_b0p15
    1
    100
    -0.15
    0.149995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmbmx_w
    "Betrag der frm Abweichung (die größte Abweichung von 1 bei 2 Bank)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38540E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38540E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38540E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38540E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmf_w
    "gefilterte Abweichung schneller Mittelwert des Lambdareglers von 1.0 (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385438
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385438 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385438 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385438 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmin_w
    "Untergrenze von dfr_w bei Abmagerungsverbot (B_lrms=true)"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38281E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38281E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38281E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38281E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmxf_w
    "Tiefpassgefilterter Maximalwert der Gemischabweichung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385410
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385410 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385410 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385410 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmxq_w
    "Quotient aus Maximal- und tiefpassgefiltertem Wert der Gemischabweichung"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385412
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385412 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385412 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385412 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrm_w
    "Abweichung schneller Mittelwert des Lambdareglers von 1.0 (Word)"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385414
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385414 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385414 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385414 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrsna_w
    "Lambdareglerausgangsänderung während UASNAMN<ua10mo<UASNAMX"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385648 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385648 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DFRSTbit
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrzab_w
    "LRS-Zwangsamplitude, bankselektiv"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrzaf_w
    "LRS-Zwangsamplitude, gefiltert"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrza_w
    "LRS-Zwangsamplitude"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfr_w
    "Delta Lambdaregler (Faktor )"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfse
    "Status Plausibilitätsprüfung der fuel-on/-off Adaption im Drehzahlber.01 erfüllt"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38101A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38101A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38101A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38101A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfseresz
    "Resetzähler Plausibilitätsprüfung FSE"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38324E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfstlrf_w
    "Korrektur Sauerstoff-Füllstand Vorkat durch Hinterkatregelung"
    SWORD
    m_q0p1_mgs
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384F7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dftevflo_w
    "Eingang Integrator relative TEV-Öffnung"
    UWORD
    fak_q0p0625
    1
    100
    0
    4095.94

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385664
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385664 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385664 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385664 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfuelsan_w
    "Delta Füllungssensor zu Alpha/n-System"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfupsrla_w
    "Delta zwischen Kennfeldern ohne SU und Kennfeldern mit SU(Auslaß-NWS)"
    SWORD
    rel_sw_b0p15
    1
    100
    -0.15
    0.149995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfupsrle_w
    "Delta zwischen Kennfeldern ohne SU und Kennfeldern mit SU(Einlaß-NWS)"
    SWORD
    rel_sw_b0p15
    1
    100
    -0.15
    0.149995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DHDEVEausbits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DDB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DHRLSUausbits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DHRLSUlokbits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DHRLSUlokbits1_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diaeve
    "Fehlerregisterinhalt  für HDEV-Endstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384DAD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DAD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DAD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DAD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diag_reg_b
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38083C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diahdev1
    "CJ830 Status-Register Endstufendiagnose HDEV1, HDEV2, zent. Fehlerbit, Reset"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diahdev2
    "CJ830 Status-Register Endstufendiagnose HDEV3, HDEV4"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diahdev3
    "CJ830 Status-Register Endstufendiagnose HDEV5, HDEV6"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuAusBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuAusBits2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuLokBits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuLokBits1_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuLokBits2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuLokBits3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuLokBits4
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dikakbf_w
    "Invertierter Faktor Gemischkorrektur bandpaßgefiltert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dikakb_w
    "Invertierter Faktor Gemischkorrektur hochpaßgefiltert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dimchlsAusBitsNov
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38325F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dimchlsLokBitsNov_1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dimchlsLokBitsNov_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383261
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383261 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383261 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383261 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dimchlsLokBitsNov_3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383262
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383262 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383262 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383262 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspAusBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380689
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380689 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380689 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380689 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspAusBits20ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38068A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspAusBits20ms_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38068B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspAusBitsNov
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383277
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383277 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383277 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383277 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspebAusBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspebAusBits_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380692
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380692 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380692 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380692 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspebLokBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380693
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380693 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380693 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380693 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspebLokBits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380694 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380694 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspLokBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38068C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspLokBits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38068D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspLokBits20ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38068E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspLokBits20ms_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38068F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38068F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38068F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38068F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatspLokBits_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380690
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380690 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380690 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380690 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkhckorr_w
    "Ausgang Integrator schnelle Korrektur HC-Konzentration"
    SWORD
    fak_sw_b2
    1
    100
    -2
    1.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385666
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385666 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385666 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385666 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkhcmn
    "minimal zulässige HC-Konzentration"
    SBYTE
    fak_sb_b2
    1
    100
    -2
    1.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EBA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EBA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dklagerc
    "Fehlerzähler DK-Lageüberwachung"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkldfpwm_w
    "Änderung der Generatorsignal (Kl. DFM) als PWM-Signal"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkmts
    "Delta Kühlmitteltemperatur"
    SBYTE
    temp_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EEA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EEA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dko2vki_w
    "Abweichung von internem Adaptions- und statistisch bewertetem Adaptionsfaktor"
    UWORD
    fak_q0p000244
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkpstg_w
    "Steigung DK-Poti (% DK / V)"
    UWORD
    rel_uw_b40
    1
    100
    0
    39.9994

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381904
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381904 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381904 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381904 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkractr
    "Zündungszähler für Diagnose Klopfregelanschlag"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38230A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38230A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38230A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38230A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkvbde_s
    "Status statemachine DKVBDE"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E63
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E63 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E63 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E63 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahf_w
    "Mittelwert Stellgröße  der ZPR-Version LRSHK"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383C0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahico_w
    "I-Anteil der stetigen LRSHK Variante kontinuierlich"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383C0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahini_w
    "Intialisierungswert für Integralanteil LRSHK"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385632
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385632 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385632 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385632 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahisa
    "I-Anteil LRSHK Signalausgabe DLSSA (SY_STETLR := TRUE), Bank 1"
    UBYTE
    fak_ub_b0p1_o0p05
    1
    100
    -0.05
    0.0496094

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x384E0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahi_w
    "I-Anteil der stetigen LRHK"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahkab_w
    "Dynamische Überhöhung des Pseudo Lambda-Sollwertes hinter Kat"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahki2_w
    "wirkender I-Anteil der stetigen LRSHK gestellt über LRSHKOUT, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383C0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahki_w
    "wirkender I-Anteil der stetigen LRSHK gestellt über LRSHKOUT"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383C10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahkp2_w
    "wirkender P-Anteil der stetigen LRSHK gestellt über LRSHKOUT, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahkp_w
    "wirkender P-Anteil der stetigen LRSHK gestellt über LRSHKOUT"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahpco_w
    "P-Anteil der stetigen LRSHK Variante kontinuierlich"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahp_w
    "P-Anteil der stetigen LRHK"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahzip_w
    "Intergrationsgeschindigkeit/P-Sprung der ZPR-Version LRSHK"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlah_w
    "Stellgröße der ZPR-Version LRSHK"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlalgrb_w
    "Bypasswert - Eingriff durch Laufgrenzenregelung auf Lambdamaxgrenze"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3854D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlalgri_w
    "Eingriff durch Laufgrenzenregelung auf Lambdamaxgrenze, intern"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3854D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlalgr_w
    "Eingriff durch Laufgrenzenregelung auf Lambdamaxgrenze"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3854D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamatr_w
    "Delta Lambdasoll aus Abgastemperaturregelung"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3854F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlambts_w
    "Delta Lambda für Bauteileschutz"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385444
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385444 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385444 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385444 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamix_w
    "maximale Lambdaänderung pro Sekunde der LSU"
    SWORD
    zk10msxs_q2p441em2
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3829A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlami_w
    "Lambdaänderung pro Sekunde der LSU"
    SWORD
    zk10msxs_q2p441em2
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3829AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamka_w
    "Delta-Lambda: Hilfsgrösse für Auf-/Abregeln von lamka_w"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamsbgr_w
    "relative Änderung der begrenzten Lamda-Soll"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385668
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385668 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385668 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385668 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamss_w
    "Änderung Lambdasollwert pro Sekunde"
    SWORD
    zk10msxs_q2p441em2
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3829AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamst_w
    "delta Lambda bei Sondensignalabgleich"
    SWORD
    fak_q0p000488
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38566A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38566A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38566A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38566A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamsus_w
    "Delta-Lambda während Desulfatisieren zwischen Lambda-Mager und Lambda-Fett"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamsx_w
    "maximale Lambda- Sollwertänderung pro Sekunde der LSU"
    SWORD
    zk10msxs_q2p441em2
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3829AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlams_w
    "Maximalwert Lambdasoll für Test Schwingungsprüfung hinter KAT"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385250 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385250 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlaoffs_w
    "Lambda-Offset der Breitband-Lambdasonde"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381654 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381654 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashki_w
    "Delta-Lambda gewichtet für I-Anteil LRSHK"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385634
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385634 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385634 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385634 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashkm_w
    "Delta-Lambda aus Lambdaregelung hinter Kat (Ist-Wert fr-synchron gemittelt)"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385636
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385636 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385636 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385636 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashkp_w
    "Delta-Lambda gewichtet für P-Anteil LRSHK5.30"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385638
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385638 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385638 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385638 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlaso_w
    "Korrekturwert Lambda-Sollwert für stetigen Lambdaregler"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlatri_w
    "I-Anteil Abgastemperaturregler"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3854F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlatrnl_w
    "Delta Lambdasoll aus Notlauf Abgastemperaturregelung"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3854F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlatrp_w
    "P-Anteil Abgastemperaturregler"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3854F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlatr_w
    "delta Lambda Abgastemperaturregelung"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3854FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DLBKEbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380711
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380711 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380711 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380711 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlbksfif_w
    "Delta zwischen Sollwert und Istwert der LBK"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3853D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlbksi_w
    "Differenzbetrag zwischen Soll- und Istwert der LBK"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381CF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlgcorr_w
    "Korrekturwert für Gewichtungsfilter (FLG)"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3854E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DLLRlokBits
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrd
    "DLR, D-Parameter"
    UBYTE
    relDK_q4
    1
    100
    0
    1020

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0xF3D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrfrat_w
    "Delta-rl für die Berechnung der Zeitkonstante der FRAT-Adaption (Word)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385416
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385416 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385416 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385416 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrhaftak
    "Zeitzähler Haftreibungsroutine"
    SWORD
    rel_q0p1957
    1
    100
    -6412.52
    6412.33

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlri
    "DLR, I-Parameter"
    UBYTE
    relDK_q0p0625
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF3D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D1 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D1 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlriamax
    "DLR, maximal möglicher I-Anteil"
    UWORD
    rel_q0p1957
    1
    100
    0
    12824.9

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF3D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlriant_w
    "DLR, I-Anteil, highword von dlriant_l"
    SWORD
    rel_sw_q0p1953
    1
    100
    -6400
    6399.8

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381940
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381940 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381940 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381940 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrihaftc
    "DLR, Zähler für DV-E in Haftreibung"
    UBYTE
    t50msxs_q0p05
    1
    100
    0
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384DA5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlriklst_w
    "Vorladewert I-Kleinanteil"
    SWORD
    rel_q0p1957
    1
    100
    -6412.52
    6412.33

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381942
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381942 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381942 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381942 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrikl_w
    "DLR, I-Kleinanteil"
    SWORD
    rel_q0p1957
    1
    100
    -6412.52
    6412.33

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF3D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrini_w
    "I-Anteil bei Initialisierung der NLP-Function"
    UWORD
    rel_q0p1957
    1
    100
    0
    12824.9

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381944
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381944 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381944 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381944 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrkomp
    "DLR, Faktor Kreisverstärkung"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF3D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D2 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D2 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrmxt
    "timer für DLR im UMA in der Begrenzung"
    UBYTE
    t50msxs_q0p05
    1
    100
    0
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrndif_w
    "Istwert aktuell - Istwert letzter für D-Anteil des DLR"
    SWORD
    relDK_q0p02441
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF3DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3DA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3DA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrp
    "DLR, P-Parameter"
    UBYTE
    relDK_q1
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D3 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D3 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrpidc
    "Fehlerzähler DLR-Stellbereichsüberwachung"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381946
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381946 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381946 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381946 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrrie
    "AGR-abhänigige Lambda-Ist-Korrektur für stetige Lambdaregelung"
    SBYTE
    fak_sb_b0p03125
    1
    100
    -0.03125
    0.0310059

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x3809EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrspid_w
    "DLR für DV-E: Summe der PID-Anteile"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF3DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3DC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3DC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrubrsq
    "Batterie-Normalspanung in Quantisierung von ubrsq"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384DA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlsd_w
    "Dämpfung PT2-Filter in Lastschlagdämpfung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38258A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38258A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38258A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38258A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlurs_w
    "Laufunruhedifferenz-Referenzwert, signed"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38110C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38110C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38110C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38110C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlutpn_w
    "Differenz der Laufunruhe um positive und negative Laufunruhewerte, Werte um Null"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlutr_w
    "Differenz der Laufunruhe um Laufunruhe-Referenzwert"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlutsk_w
    "Laufunruhedifferenz-Testgröße, korrigiert"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38114A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38114A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38114A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38114A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dluts_w
    "Laufunruhedifferenz-Testgröße"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381092
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381092 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381092 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381092 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlwsl_w
    "berechnete Lenkwinkelgeschwindigkeit"
    SWORD
    dlw_sw_q0p04375
    1
    100
    -1434.04
    1434

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3824D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlwsu_w
    "Lenkwinkelgeschwindigkeit"
    SWORD
    dlw_sw_q0p04375
    1
    100
    -1434.04
    1434

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3824DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlws_w
    "Lenkwinkelgeschwindigkeit  über CAN"
    SWORD
    dlw_sw_q0p04375
    1
    100
    -1434.04
    1434

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmakrl
    "Korrektur Meßfensteranfang lamdaabhängig"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmamnsko_w
    "Minimumbegrenzung: adaptiertes Verlustmomet bei Schichtbetrieb und eing. Klima."
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmamnsll_w
    "Minimumbegrenzung: adaptiertes Verlustmoment im Schichtbetrieb"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmamxsko_w
    "Maximumbegrenzung: adaptiertes Verlustmoment bei Schichtbetrieb und eing. Klima."
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmamxsll_w
    "Maximumbegrenzung: adaptiertes Verlustmoment bei Schichtbetrieb"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmar_w
    "Delta Drehmoment antiruckel"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382532
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382532 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382532 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382532 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmaufn_w
    "Delta Aufregelmoment drehzahlabhängig"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmaufr_w
    "Delta Aufregelmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmbebl_w
    "Delta-Moment für Auslösung Lastschlagdämpfung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38258C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38258C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38258C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38258C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdafmb
    "Anzahl Fahrzeiten mit blinkender MIL"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdevab
    "Ev-Abschaltmuster der Aussetzererkennung das auf dem aktuellen SG umgesetzt wird"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38079B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdlfmb
    "längste Fahrzeit mit blinkender MIL"
    UBYTE
    t1sxs_ub_b255
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D0D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdpo_w
    "delta Moment Dashpot-Ausloesung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38258E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38258E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38258E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38258E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdpu_w
    "delta Moment Dashpot-Ende"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382590
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382590 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382590 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382590 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdsfmb_w
    ""
    UWORD
    t1sxs_uw_b65535
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdwan_w
    ""
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382426
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382426 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382426 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382426 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmkrhdev_w
    "Berechneter Kraftstoffmassenstrom durch HDEV"
    UWORD
    m_uw_q0p24
    1
    100
    0
    15728.4

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382126
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382126 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382126 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382126 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmletanf_w
    "gefilterter Wert für Abweichung Leerlaufenergiebedarf während DTEV"
    SWORD
    m_q0p0031
    1
    100
    -102.4
    102.397

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmletanu_w
    "Unsigned:Abweichung Produkt Luftmasse * Zündwinkelwirkungsgrad bei Prüfung DTEV"
    UWORD
    m_q0p0031
    1
    100
    0
    204.797

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmletan_u
    "Abweichung Produkt Luftmasse * ZW-Wirkungsgrad bei Prüfung DTEV 16 Bits (byte)"
    SBYTE
    m_q0p025
    1
    100
    -3.2
    3.175

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmletan_w
    "Abweichung Produkt Luftmasse * Zündwinkelwirkungsgrad bei Prüfung DTEV 16 Bits"
    SWORD
    m_q0p0031
    1
    100
    -102.4
    102.397

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllr1_w
    "PD-Anteil der Leerlaufregelung (unkorregiert)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38246E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38246E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38246E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38246E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrdl_w
    "geforderte Drehmomentänderung von der LLR (D-Anteil Luftpfad)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382470 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382470 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrd_w
    "geforderte Drehmomentänderung von der LLR (D-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382472
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382472 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382472 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382472 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrib_w
    "I-Anteil des Masters"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382474 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382474 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrii_w
    "I-Anteil bei Betrieb ohne DTEV"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382476
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382476 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382476 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382476 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrizs_w
    "Zwischenspeicher: geforderte Drehmomentänderung von der LLR (I-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllriz_w
    "I-Anteil bei Beginn der DTEV"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382478
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382478 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382478 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382478 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllri_w
    "geforderte Drehmomentänderung von der LLR (I-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38247A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38247A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38247A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38247A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrl_w
    "geforderte Drehmomentänderung von der LLR (Anteil Luftpfad)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38247C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38247C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38247C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38247C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrpl_w
    "geforderte Drehmomentänderung von der LLR (P-Anteil Luftpfad)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38247E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38247E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38247E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38247E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrp_w
    "geforderte Drehmomentänderung von der LLR (P-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382480
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382480 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382480 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382480 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrum_w
    "Differenz des P-Anteils beim Betriebsartenwechsel"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382482
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382482 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382482 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382482 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllr_w
    "geforderte Drehmomentänderung von der LLR (PD-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382484
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382484 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382484 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382484 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmlms_w
    "Abstand des Sollmoments vom zulässigen Moment für Füllungspfad"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382612
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382612 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382612 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382612 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmlsdo_w
    "Delta Moment Auslösung Lastschlagdämpfung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382592
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382592 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382592 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382592 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmlsdu_w
    "Delta Moment Ende Lastschlagdämpfung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382594
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382594 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382594 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382594 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmlwhs_w
    "Deltamoment Ladungswechsel zwischen Homogen- und Schicht-Betrieb"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmnmxi_w
    "Drehmoment aus Integralanteil der NMAX-Regelung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38264A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38264A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38264A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38264A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmnmxp_w
    "Drehmoment aus Proportionalanteil der NMAX-Regelung"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38264C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38264C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38264C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38264C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmnospm_w
    "Gradient Masse NOx aus Beladungsmodell"
    SWORD
    mgrd_q2p17_mgdivs
    1
    100
    -71111.1
    71108.9

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3851D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmnospr_w
    "rel. Masse NOx im Speicherkat nach Regenerationsanforderung aus Reg. und Mod."
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmnpbkv_w
    "Delta um das modellierter Bremskraftverstärkerdruck minimiert wird"
    SWORD
    pgrad_q0p15625
    1
    100
    -5120
    5119.84

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmpumkor_w
    "Korrektur des P-Anteils nach einem Betriebsartenwechsel"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382486
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382486 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382486 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382486 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrac
    "Reservemoment für AC-Kompressor"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380922
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380922 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380922 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380922 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrar_w
    "Delta Relatives Moment bei Abschaltrampe FGR"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381990
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381990 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381990 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381990 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrdagr_w
    "Momentenreserve für Diagnose AGR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384FE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrdkt_w
    "Momenten-Reserve für Katalysatordiagnose"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmresll_w
    "erhöhte Momentenreserve im LL nach Drehzahleinbruch"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38245E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38245E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38245E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38245E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrfawe_w
    "Schwelle mrfa-Gradient für Deaktivierung PT1-Filter beim Wiedereinsetzen"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382596
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382596 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382596 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382596 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrkh
    "Momenten-Reserve für Katheizen"
    UBYTE
    rel_q0p39
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E76 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E76 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrkh_w
    "Momentenreserve für Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38553E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38553E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38553E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38553E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrkt_w
    "Momentenreserve im Kurztrip"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrlash_w
    "Momenten-Reserve für Lambdasonden-Alterungsüberwachung hinter Kat"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385252 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385252 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrlf
    "Momentreserve für Lüfter"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380923
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380923 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380923 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380923 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrllr_w
    "Momenten-Reserve für Leerlaufregelung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382460
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382460 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382460 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382460 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrlsv_w
    "Momenten-Reserve für Sondendiagnose vor Kat"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385650
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385650 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385650 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385650 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrmx_w
    "Delta-Moment Füllung durch Momentenreserve"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382614
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382614 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382614 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382614 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrnwa_w
    "Momentenreserve zum Umschalten der Auslaßnockenwelle"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382462
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382462 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382462 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382462 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrnwe_w
    "Momentenreserve zum Umschalten der Einlaßnockenwelle"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382464
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382464 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382464 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382464 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrwan
    "Momentreserve für Drehmomentaufnahme des Wandlers"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38091E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmsdkugd_w
    "Massenstromdelta bei ps/pvdkds>0.95 (ungedrosselten)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmskh_w
    "resultierende Momentenerhöhung aus Sekundäreinspritzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382264
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382264 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382264 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382264 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmsnte_w
    "normierte Massenstromänderung über TEV"
    SWORD
    m_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmstes_w
    "Eingang Integrator Massenstrom TEV"
    SWORD
    m_q0p009766
    1
    100
    -320
    319.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38566C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38566C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38566C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38566C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmumfil_w
    "gefilterte Differenz des P-Anteils beim Umschalten"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382488
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382488 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382488 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382488 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadhom_w
    "adaptiertes Verlustmoment im Homogenbetrieb"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadko_w
    "Delta-Motordrehmoment aus Verlustmoment-Adaption (B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadll_w
    "Delta-Motordrehmoment aus Verlustmoment-Adaption (B_ll=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadsko_w
    "adaptiertes Verlustmoment bei Schichtbetrieb und eing. Klimakompr."
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadsll_w
    "adaptiertes Verlustmoment bei Schichtbetrieb"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadvf_w
    "adaptiertes Verlustmoment vor Filterung"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382420
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382420 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382420 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382420 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvad_w
    "Delta-Motordrehmoment aus Verlustmoment-Adaption"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382422
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382422 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382422 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382422 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamnko_w
    "Minimalbegrenzung der Verlustmomentadaption (B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamnll_w
    "Minimalbegrenzung der Verlustmomentadaption (B_ll=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamxko_w
    "Maximalbegrenzung der Verlustmomentadaption (B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamxll_w
    "Maximalbegrenzung der Verlustmomentadaption (B_ll=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmverl_w
    "Verlustmoment nach DT1-Filter"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3824FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvllrsu_w
    "Momentenreserve im Nachstart"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382466
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382466 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382466 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382466 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvmxi_w
    "Drehmoment I-Anteil bei VMAX-Regelung"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38269A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38269A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38269A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38269A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvmxp_w
    "Drehmoment P-Anteil bei VMAX-Regelung"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38269C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38269C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38269C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38269C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmxpbkv_w
    "Delta um das modellierter Bremskraftverstärkerdruck vergrößert wird"
    UWORD
    pgrad_q0p15625
    1
    100
    0
    10239.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3856EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmzms_w
    "Abstand des indizierten Sollmoments vom zulässigen Sollmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3825F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnbi_w
    "Verhältnis nsol_w / nmotbi_w"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38248A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38248A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38248A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38248A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnburns_w
    "Minimaler Drehzahlanstieg für Erkennung einer Verbrennung"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnikorr_w
    "Korrekturwert auf den Integrator nach Diagnose"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38248C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38248C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38248C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38248C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnitu_w
    "Differenz zwischen Ist- und Turbinendrehzahl"
    SWORD
    nmotd_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382598
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382598 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382598 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382598 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dniumkor_w
    "Korrektur des I-Anteils nach Umschaltung"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38248E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38248E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38248E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38248E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnmcan
    "Drehzahlgradient für CAN-Ausgabe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnmotas_w
    "Differenzdrehzahl über ein Arbeitsspiel"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381330
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381330 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381330 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381330 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnmot_w
    "Differenzdrehzahl zwischen zwei folgenden Segmenten"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381332
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381332 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381332 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381332 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnofmx_w
    "Differenz maximaler fiktiver NOx-Rohmassenstrom"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385160
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385160 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385160 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385160 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnomxist_w
    "Delta NOx-Rohmassenstrom"
    SWORD
    m_q0p00678_mgdivs
    1
    100
    -222.222
    222.215

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385162
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385162 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385162 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385162 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnoxe_w
    "Diff. gefiltertes NOx-Signal"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385106
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385106 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385106 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385106 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dns
    "LLR: Drehzahlabweichung zur stationären Solldrehzahl"
    SBYTE
    nmotd_sb_q10
    1
    100
    -1280
    1270

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380900
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380900 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380900 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380900 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnsa
    "Zeitabhängige Schubhysterese"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnsi_w
    "Differenz zwischen Soll- und Ist-Motordrehzahl"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38264E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38264E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38264E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38264E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnturb_w
    "Turbinendrehzahldifferenz des Wandlers"
    SWORD
    nmot_q0p1453421
    1
    100
    -4762.57
    4762.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382428
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382428 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382428 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382428 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnwkwNvBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38326E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38326E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38326E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38326E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dn_w
    "Drehzahlabweichung bei Leerlaufregelung"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382490
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382490 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382490 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382490 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dofvpagr_w
    "Differenzwert Korrekturoffset AGR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384FE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dora_w
    "Änderung additive Gemischkorrektur gegenüber Referenzwert"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38543A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38543A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38543A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38543A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpabvhk_w
    "Druckdifferenz über Hauptkatalysator"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpabvvk_w
    "Druckdifferenz über Vorkatalysator"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpapvagr_w
    "Differenz Abgasgegendruck und Abgasdruck vor AGR-Ventil"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvae_w
    "Differenz des Drucks bei nichtbetätigter Bremse"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvmx_w
    "Faktor Druckgradient für Berechnung von dmxpbkv_w"
    UWORD
    fak_uw_b8
    1
    100
    0
    7.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3856EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvpa_w
    "Druckdelta zw.  aktuellem  BKV-Druck und BKV-Druck beim Einschalten der Pumpe"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvps_w
    "Druckgradient während Evakuierung des BKV durch ps"
    SWORD
    pgrad_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvsp_w
    "Druckgradient während Evakuierung des BKV durch Saugstrahlpumpe"
    SWORD
    pgrad_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukb_w
    "min. zulässige Druckdif. zwischen BKV-Druck und pu mit Betätigung der Bremse"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukh_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Abschalten der LL-Drehzahl für KH"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukk_w
    "min. zulässige Druckdif. zwischen BKV-Druck und pu für Abschaltung Klimakom."
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukp_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Ansteuerung BKV-Pumpe"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukr_w
    "min. zulässige Druckdif. zwischen BKV-Druck und Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvuk_w
    "min. zulässige Druckdif. zwischen BKV-Druck und pu ohne Betätigung der Bremse"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvunw_w
    "min. zul. Druckdif. zw. pbkv und pu für NW-Umschaltung"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvu_w
    "Differenz zwischen Bremskraftverstärker-Druck und Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbra_w
    "Delta zwischen Kennfeldern ohne SU und Kennfeldern mit SU(Auslaß-NWS)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbre_w
    "Delta zwischen Kennfeldern ohne SU und Kennfeldern mit SU(Einlaß-NWS)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbukkb_w
    "min. zul. Druckdif. zw. pbkv und pu für Absch. Klimakom. beim Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbukk_w
    "min. zul. Druckdif. zw. pbkv und pu für Absch. Klimakom. ohne zu Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbuknkh_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Abschalten der LL-Drehzahl für KH"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbuknwb_w
    "min. zul. Druckdif. zw. pbkv und pu für NW-Umschaltung beim Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbuknw_w
    "min. zul. Druckdif. zw. pbkv und pu für NW-Umschaltung ohne zu Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbukpb_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Ansteuerung BKV-Pumpe mit Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbukp_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Ansteuerung BKV-Pumpe ohne Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbunkhb_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Abschalten LL_Drehzahl für KH"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpgNvBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383273
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383273 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383273 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383273 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dphBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dphossol_w
    "Druckdifferenz Sollsaugrohrdruck Homogen-Schicht zu Sollsaugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpraaaa
    "Dummy fid: dynamische Priorität eines aktiven fid (Mode A)"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpraddsv
    "Gesamtpriorität von Funktion Diagnose Drucksteuerventil"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprafra
    "Dynamische Priorität: Mode A, multiplikativer Adaptionsbereich der LRA"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprafrat
    ""
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpraora
    "Dynamische Priorität: Mode A, additiver Adaptionsbereich der LRA"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprateh
    "Dynamsiche Priorität: Mode A, Tankentlüftung bei hoher AKF-Beladung"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpratel
    "Dynamische Priorität: Mode A, Tankentlüftung bei niedriger AKF-Beladung"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpratem
    "Dynamsiche Priorität: Mode A, Tankentlüftung bei mittlerer AKF-Beladung"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpraten
    "Gesamtpriorität von Funktion Notlauf-Tankentlüftung"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpratevh
    "Gesamtpriorität von Funktion Diagnose TEV homogen"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpratevm
    "Gesamtpriorität von Funktion Diagnose TEV mager"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbaaa
    "Dummy fid: dynamische Priorität eines inaktiven fid (Mode B)"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbagra
    "Gesamtpriorität von Funktion AGR Adaption"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbdlsu
    ""
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbfrst
    "Dynamische Priorität: Mode B, Kurztest der LR"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbfups
    ""
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbhmm
    "Gesamtprio v. Fkt. BDE-Mode Homogen-Mager"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbhom
    "Gesamtprio v. Fkt. BDE-Mode Homogen"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbhos
    "Gesamtprio v. Fkt. BDE-Mode Homogen-Schicht"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbktsp
    "Gesamtpriorität von Funktion Kat.-Sprungdiagnose"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprblahh
    "Gesamtpriorität von Funktion LambdaShift HOM-SchwingPrüf LS HK"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprblahh2
    "Gesamtpriorität von Funktion LambdaShift HOM-SchwingPrüf LS HK Bank2"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprblash
    "Dynamische Priorität: Mode B, Schwingungsprüfung in DLSAHK"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbllrh
    "Gesamtpriorität von Funktion Drehzahlabweichung HOM"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbllrm
    "Gesamtpriorität von Funktion Drehzahlabweichung SCH"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprblsu
    "Dynamische Priorität: Mode B, Dynamikprüfung in DLSU"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbpbri
    ""
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbplsu
    ""
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbsch
    "Gesamtprio v. Fkt. BDE-Mode Schicht"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbskh
    "Gesamtprio v. Fkt. BDE-Mode Schicht-Kat-Heizen"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbtest
    "Dynamische Priorität: Mode B, TEV-Ansteuerung für Leckdiagnose"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbtevp
    ""
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbtkp
    "dynamische Priorität der inaktiven passiven thermischen Katalysatordiagnose"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprbuf_w
    "Differenzdruck Fuel-rail/Brennraum (temporär)"
    UWORD
    p_q0p01
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprcaaa
    "Dummy fid: dynamische Priorität eines Inhibit.Only-fid (Mode C)"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3842FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3842FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3842FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3842FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprgkl2a_w
    "Delta zwischen prga_w und prgkl2a_w"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprgkl2e_w
    "Delta zwischen prge_w und prgkl2e_w"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprpbrh_w
    "Differenzdruck Fuel-rail/Brennraum für Homogeneinspritzung"
    UWORD
    p_q0p01
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381E96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprpbrkh_w
    "Differenzdruck Fuel-rail/Brennraum für Einspritzung z. Katheizen"
    UWORD
    p_q0p01
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381E98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprpbrs_w
    "Differenzdruck Fuel-rail/Brennraum für Schichteinspritzung"
    UWORD
    p_q0p01
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381E9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dprstt_w
    "Differenz Startvorgabe zu gemessenem Druck"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382100
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382100 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382100 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382100 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpr_c_um
    "Fehlerzähler für Kraftstoffdruck Check"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380430
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380430 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380430 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380430 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpschsol_w
    "Druckdifferenz Sollsaugrohrdruck Schicht zu Sollsaugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsdss_w
    "Differenz Saugrohrdruck gemessen mit Drucksensor"
    SWORD
    p_uw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380DE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsfgds_w
    "Delta Frischluftpartialdruck im Saugrohr zwischen zwei Rechenrastern beim DSS"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsfgk_w
    "delta-Frischgaspartialdruck im Saugrohr korrigiert"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsfglm_w
    "Delta Frischluftpartialdruck im Saugrohr zwischen zwei Rechenrastern beim HFM"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsfg_w
    "delta-Frischgaspartialdruck im Saugrohr"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpskhsol_w
    "Druckdifferenz Sollsaugrohrdruck Schicht-Katheizen zu Sollsaugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpskrmx_w
    "max. Wert dpsfg_w  oder dpsmp_w"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpslmds_w
    "Differenz modellierter zu gemessenem Saugrohrdruck"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384F82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpslm_w
    "Delta Saugrohrdruck zwischen zwei Rechenrastern beim HFM"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsmxscs
    "Differenz Sollsaugrohrdruck im SCH-Betrieb und gemessener Saugrohr-Absolutdruck"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38078B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpspps_w
    "Prädizierte Saugrohrdruckänderung"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpspu
    "Delta zwischen Absolut- und Umgebungsdruck"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384E49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpspvdkd_w
    "Delta zwischen Saugrohrdruck und Druck vor Drosselklappe"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsspagr_w
    "Druckdifferenz Sollwert Saugrohrdruck Abgasgegendruck AGR"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsspvb_w
    "Druckdifferenz Sollwert Saugrohrdruck und Druck an AGR-Fehlerblende"
    UWORD
    p_uw_q1p0
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsu_w
    "lokale Größe Differenz Saugrohrdruck zu Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3824FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsxsps_w
    "Delta zwischen psxsfil_w (psxs_w) und psdss_w"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpulbkps_w
    "Druckdifferenz zwischen Saugrohrdruck und Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpupsrof_w
    "Differenz Umgebungsdruck und mit Offset korrigiertem Saugrohrdruck"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38533C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38533C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38533C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38533C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpwrsvc
    "Zeitzähler DV-E-Powersave"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381948
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381948 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381948 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381948 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqatmhk_w
    "Wärmemengendifferenz Hauptkat"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38504C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38504C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38504C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38504C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqatmhx_w
    "Wärmemengendifferenz am Sechskant"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x3850DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqatmro_w
    "Wärmemengendifferenz Rohr"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38504E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38504E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38504E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38504E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqatmvk_w
    "Wärmemengendifferenz Vorkat"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385050
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385050 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385050 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385050 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqatmvy_w
    "Wärmemengendifferenz vor Y-Zusammenführung"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385052
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385052 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385052 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385052 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqdk_w
    "Wärmemengendifferenz, die auf Drosselklappe wirkt"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385386
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385386 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385386 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385386 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqfsr_w
    "Wärmemengendifferenz, die auf Füllung im Saugrohr wirkt"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385388
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385388 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385388 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385388 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqnohk_w
    "Differenzenquotient NOx-Signal, 1. Wert im Puffer zur Mittelung"
    SWORD
    mgrd_q0p03125_ppmdivs
    1
    100
    -5120
    5119.84

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385164
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385164 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385164 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385164 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqOld2_w
    "Differenzenquotient NOx-Signal, 3. Wert im Puffer zur Mittelung"
    SWORD
    mgrd_q0p03125_ppmdivs
    1
    100
    -5120
    5119.84

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385166
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385166 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385166 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385166 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqOld_w
    "Differenzenquotient NOx-Signal, 2. Wert im Puffer zur Mittelung"
    SWORD
    mgrd_q0p03125_ppmdivs
    1
    100
    -5120
    5119.84

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385168
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385168 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385168 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385168 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqueber
    "Wärmeüberschuß"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EEB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EEB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EEB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EEB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dquvpbf_w
    "Gefilterter Betrag Steigung vp-Signal"
    SWORD
    spg_sw_q0p0007629
    1
    100
    -24.9987
    24.9979

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385108
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385108 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385108 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385108 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dquvpb_w
    "Betrag Steigung vp-Signal"
    SWORD
    spg_sw_q0p0007629
    1
    100
    -24.9987
    24.9979

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38510A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38510A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38510A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38510A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dquvpf_w
    "Steigung gefiltertes vp-Signal"
    SWORD
    spg_sw_q0p0007629
    1
    100
    -24.9987
    24.9979

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38510C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38510C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38510C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38510C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqvpff2_w
    "Speicher zweifach gefilterte Steigung vp-Signal"
    SWORD
    spgg_q3p815em3
    1
    100
    -125
    124.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381490
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381490 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381490 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381490 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqvpff_w
    "Zweifach gefilterte Steigung vp-Signal"
    SWORD
    spgg_q3p815em3
    1
    100
    -125
    124.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381492
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381492 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381492 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381492 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqvpfm_w
    "Letzter Wert gefilterte Steigung vp-Signal"
    SWORD
    spgg_q3p815em3
    1
    100
    -125
    124.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38516A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38516A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38516A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38516A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqvpf_w
    "Gefilterte Steigung vp-Signal"
    SWORD
    spgg_q3p815em3
    1
    100
    -125
    124.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381494
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381494 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381494 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381494 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqwsr_w
    "Wärmemengendifferenz, die auf die Saugrohrwand wirkt"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38538A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38538A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38538A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38538A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqz_w
    "Differenz gefilterte Steigung"
    SWORD
    spgg_q3p815em3
    1
    100
    -125
    124.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381496
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381496 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381496 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381496 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drinlsu_w
    "Differenz zwischen Soll- und Istwert für RICAL während des Abgleiches"
    SWORD
    r_q0p0391
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drkdhdr_w
    "Änderung der relativen Kraftstoffmenge für Diagnose HDR"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382152
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382152 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382152 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382152 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drkuk_w
    "Delta relative Kraftstoffmasse UK"
    UWORD
    rel_uw_q0p1875
    1
    100
    0
    12287.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382016
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382016 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382016 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382016 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlas_w
    "Füllungsänderung pro Arbeitsspiel"
    SWORD
    relNWU_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381C00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlfdkrp_w
    "Prädizierte Änderung der zufließenden Luftmasse"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381DBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlfte_w
    "Abweichung der Luftfüllung über Drosselklappe und aus Saugrohrdruck"
    SWORD
    rel_q0p02344
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlfue_w
    "Lastkorrektur des Füllungsreglers"
    SWORD
    rel_q0p02344
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381C78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlkrmx_w
    "max. Wert drlp_w (drl_w)"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3822CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drllad_w
    "Dynamikanteil der relativen Füllung rl bei Laderdynamik"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381F5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlmprl_w
    "Prädizierte Änderung der abfließenden Luftmasse"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381DBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlm_w
    "Soll- Istwertdifferenz des Luftmassenreglers"
    SWORD
    rel_q0p02344
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381C7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlp_w
    "delta-Einspritzberechnungs-Last aus Praediktion (Word)"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF438
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF438 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF438 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF438 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlsolmf_w
    "delta Sollfüllung für medianfilter"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drl_w
    "Füllungsänderung (Word)"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381BF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsluts_w
    "Abstand des aktuellen Betriebspunkts zur definierten Laufgrenze"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsaaa
    "Dummy fid: Zeitstempel der letzten Prüfung des Fehlerpfads"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384000
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384000 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384000 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384000 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsaatun
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsagre
    "Zeitstempel letzte Prüfung: Überwachung AGR-Endstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384008
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384008 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384008 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384008 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsagrl
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38400C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsagrs
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384010 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384010 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsagrv
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384014
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384014 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384014 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384014 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsatnv
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384018
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384018 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384018 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384018 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsbks
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38401C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38401C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38401C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38401C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsbkse
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384020
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384020 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384020 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384020 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsbm
    "Zeitstempel letzte Prüfung: Bezugsmarkengeber"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384024
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384024 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384024 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384024 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsbrems
    "Zeitstempel letzte Prüfung: Gebergröße Bremse"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384028
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384028 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384028 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384028 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsbwf
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38402C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38402C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38402C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38402C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscair
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384030
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384030 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384030 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384030 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscairp
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384034
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384034 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384034 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384034 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscas
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384038
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384038 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384038 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384038 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscat
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38403C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38403C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38403C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38403C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscbsg
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384040
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384040 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384040 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384040 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscge
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384044
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384044 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384044 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384044 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscgra
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384048
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384048 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384048 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384048 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscif
    "Zeitstempel letzte Prüfung:CAN-Schnittstelle, interner Fehler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38404C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38404C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38404C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38404C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtscins
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384050
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384050 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384050 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384050 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsckla
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384054
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384054 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384054 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384054 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdk
    "Zeitstempel letzte Prüfung: DK - Potentiometer"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384058
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384058 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384058 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384058 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdk1p
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38405C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38405C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38405C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38405C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdk2p
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384060
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384060 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384060 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384060 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdpl
    "Zeitstempel letzte Prüfung: Dauerplus"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384064
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384064 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384064 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384064 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdpupsr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384068
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384068 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384068 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384068 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdsbkv
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38406C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38406C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38406C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38406C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdskv
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384070
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384070 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384070 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384070 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdss
    "Zeitstempel letzte Prüfung: Saugrohr-Drucksensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384074
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384074 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384074 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384074 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdsu
    "Zeitstempel letzte Prüfung: Umgebungsdrucksensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384078
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384078 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384078 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384078 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdsv
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38407C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38407C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38407C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38407C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdvee
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384080
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384080 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384080 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384080 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdvef
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384084
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384084 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384084 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384084 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdvefo
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384088
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384088 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384088 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384088 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdvel
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38408C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38408C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38408C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38408C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdven
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384090
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384090 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384090 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384090 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdver
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384094
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384094 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384094 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384094 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdvet
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384098
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384098 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384098 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384098 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdveu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38409C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38409C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38409C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38409C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdveub
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdveuw
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdvev
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsdylsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsfp1p
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsfp2p
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsfpp
    "Zeitstempel letzte Prüfung: Fahrpedal-Poti"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsfra
    "Zeitstempel letzte Prüfung: LR-Adaption multiplikativ"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsfrst
    "Zeitstempel letzte Prüfung:LR-Abweichung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsgecod
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsgrbh
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevh1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevh2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevh3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevh4
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevk
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevl1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevl2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevl3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdevl4
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshdr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshelsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshla
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshnohk
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3840FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3840FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3840FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3840FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshnohke
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384100
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384100 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384100 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384100 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshre
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384104
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384104 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384104 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384104 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshsh
    "Zeitstempel letzte Prüfung: Heizung Lambdasonde 1 hinter Kat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384108
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384108 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384108 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384108 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshsv
    "Zeitstempel letzte Prüfung: Heizung Lambdasonde 1 vor Kat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38410C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38410C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38410C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38410C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshsve
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384110
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384110 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384110 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384110 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtshsvsa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384114
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384114 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384114 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384114 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsiclsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384118
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384118 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384118 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384118 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskat
    "Zeitstempel letzte Prüfung: Katalysator-Diagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38411C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38411C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38411C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38411C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskra01
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384120
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384120 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384120 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384120 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskra02
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384124
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384124 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384124 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384124 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskra03
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384128
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384128 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384128 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384128 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskra04
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38412C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38412C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38412C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38412C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskrnt
    "Zeitstempel letzte Prüfung: Klopfregelung Nulltest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384130
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384130 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384130 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384130 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskrof
    "Zeitstempel letzte Prüfung: Klopfregelung Offset"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384134
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384134 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384134 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384134 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskrtp
    "Zeitstempel letzte Prüfung: Klopfregelung Testimpuls"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384138
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384138 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384138 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384138 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsks1
    "Zeitstempel letzte Prüfung: Klopfsensor 1"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38413C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38413C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38413C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38413C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtskuppl
    "Zeitstempel letzte Prüfung: Gebergröße Kupplung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384140
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384140 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384140 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384140 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslash
    "Zeitstempel letzte Prüfung: Lambda-Sondenalterung hinter Kat."
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384144
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384144 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384144 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384144 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslbk
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384148
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384148 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384148 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384148 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslbke
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38414C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38414C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38414C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38414C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslbko
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384150
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384150 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384150 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384150 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslbkp
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384154
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384154 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384154 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384154 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslghmm
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384158
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384158 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384158 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384158 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsllrh
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38415C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38415C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38415C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38415C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsllrm
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384160
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384160 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384160 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384160 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslm
    "Zeitstempel letzte Prüfung: Hauptlastsensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384164
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384164 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384164 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384164 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslsh
    "Zeitstempel letzte Prüfung: Lambda-Sonde hinter Kat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384168
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384168 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384168 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384168 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslsuia
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38416C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38416C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38416C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38416C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslsuip
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384170
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384170 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384170 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384170 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslsuks
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384174
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384174 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384174 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384174 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslsuun
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384178
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384178 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384178 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384178 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslsuvm
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38417C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38417C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38417C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38417C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslsv
    "Zeitstempel letzte Prüfung: Lambdasonde 1 vor Kat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384180
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384180 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384180 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384180 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslues1e
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384184
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384184 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384184 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384184 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslues2e
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384188
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384188 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384188 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384188 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtslzsr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38418C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38418C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38418C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38418C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsmd
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384190
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384190 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384190 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384190 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsmd00
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384194
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384194 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384194 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384194 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsmd01
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384198
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384198 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384198 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384198 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsmd02
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38419C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38419C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38419C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38419C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsmd03
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsmdb
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsmdsch
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsmsve
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsn
    "Zeitstempel letzte Prüfung: Drehzahlsignalgeber"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsnohk
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsnohkp
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsnwkw
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsnx
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsora
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsph
    "Zeitstempel letzte Prüfung: Phasensensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtspllsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtssalsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsscr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtssgeep
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtssgeew
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsskno
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsta
    "Zeitstempel letzte Prüfung: TANS"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtstahfm
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtstankl
    "Zeitstempel letzte Prüfung: OBDII-Fehler auf Grund eines leeren Tanks"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtstes
    "Zeitstempel letzte Prüfung: Tankdiagnose, TEV offen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsteve
    "Zeitstempel letzte Prüfung: Tankentlüftungsventil Endstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtstka
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtstm
    "Zeitstempel letzte Prüfung: TMOT"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3841FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3841FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3841FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3841FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtstmki
    "Zeitstempel letzte Prüfung: Motortemperatur aus Kombiinstrument"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384200
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384200 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384200 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384200 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtstum
    "Zeitstempel letzte Prüfung:  Umgebungstemperatur TUM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384204
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384204 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384204 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384204 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsub
    "Zeitstempel letzte Prüfung: UB"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384208
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384208 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384208 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384208 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsubr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38420C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38420C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38420C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38420C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufmv
    "Zeitstempel letzte Prüfung: Funktionsüberwachung: Momentenvergleich"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384210
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384210 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384210 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384210 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufnc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384214
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384214 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384214 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384214 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufpr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384218 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384218 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufrkc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38421C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38421C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38421C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38421C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufrlip
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384220
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384220 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384220 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384220 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufsga
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384224
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384224 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384224 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384224 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufsgb
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384228
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384228 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384228 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384228 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufska
    "Zeitstempel letzte Pfg: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38422C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38422C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38422C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38422C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsufspsc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384230
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384230 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384230 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384230 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsulsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384234
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384234 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384234 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384234 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsurram
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384238
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384238 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384238 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384238 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsurrom
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38423C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38423C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38423C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38423C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsurrst
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384240
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384240 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384240 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384240 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsvfz
    "Zeitstempel letzte Prüfung: Fahrzeug-Geschwindigkeit"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384244
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384244 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384244 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384244 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtsvtk
    "Zeitstempel letzte Prüfung: Therm. Kat.-Diagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384248
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384248 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384248 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384248 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtswfs
    "Zeitstempel letzte Prüfung: Wegfahrsperre"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38424C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38424C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38424C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38424C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtswfsrc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszet1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384254
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384254 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384254 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384254 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszet2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384258
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384258 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384258 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384258 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszet3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38425C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38425C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38425C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38425C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszet4
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384260 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384260 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszgst00
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384264
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384264 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384264 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384264 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszgst01
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384268
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384268 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384268 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384268 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszgst02
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38426C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38426C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38426C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38426C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszgst03
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384270
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384270 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384270 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384270 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dsmtszzz
    "Dummy fid: Zeitstempel der letzten Prüfung des Fehlerpfads"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384274
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384274 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384274 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384274 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dstert20_w
    "Normierte Weitertransportstrecke Regeneriergas im Saugrohr im 20ms-Raster"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtaagr_w
    "DLR, begrenzter Reglerausgangswert   (Tastverhältnis  mit Vorzeichen )"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtadk_w
    "Temperaturdifferenz der Frischluft über DK durch warme DK"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38538C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38538C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38538C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38538C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtagruma_w
    "Ausgang Pull-Down Integrator AGR-Ventil"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtakr_w
    "Temperaturdifferenz stationäre - dynamische Abgastemperatur im Krümmer"
    SWORD
    temp_q0p0468
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385054
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385054 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385054 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385054 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtanklAusBitsNov
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38327A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtanklAusBitsNov2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38327B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtanklAusBitsNov3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38327C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtanklAusBitsNov4
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38327D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtanklAusBitsNov5
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38327E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtanklAusBitsNov6
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38327F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38327F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38327F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38327F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtanklLokBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtasui_w
    "I-Anteil Regler Abgastemperaturanforderung für Entschwefelung"
    SWORD
    temp_q0p0468_K
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385274
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385274 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385274 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385274 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtasup_w
    "P-Anteil Regler Abgastemperaturanforderung für Entschwefelung"
    SWORD
    temp_q0p0468_K
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385276
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385276 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385276 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385276 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtatwhk_w
    "Temperaturdifferenz Abgas - Wandtemperatur im Rohr vor Hauptkat"
    SWORD
    temp_q0p0468
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385056
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385056 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385056 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385056 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtatwhx_w
    "Temperaturdifferenz Abgas - Sechskant LSU"
    SWORD
    temp_q0p0468_K
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtatwro_w
    "Temperaturdifferenz Abgas - Wandtemperatur im Rohr"
    SWORD
    temp_q0p0468
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385058
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385058 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385058 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385058 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtatwvk_w
    "Temperaturdifferenz Abgas - Wandtemperatur im Rohr vor Vorkat"
    SWORD
    temp_q0p0468
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38505A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38505A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38505A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38505A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtatwvy_w
    "Temperaturdifferenz Abgas - Wandtemperatur vor Y-Zusammenführung"
    SWORD
    temp_q0p0468
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38505C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38505C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38505C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38505C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DTEVABU
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DTEVAUS
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DTEVENABLE
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DTEVRESULT
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtikmx_w
    "Delta Ist-Kattemperatur - oberer adaptive Grenztemperatur"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38516C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38516C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38516C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38516C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtka
    "Differenz zwischen Soll- und Ist-Temperatur am Kühlwasserausgang"
    SBYTE
    temp_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EEC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EEC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtkaint
    "I-Anteil Delta-Temperatur Kühler aus Ist-Soll"
    SBYTE
    temp_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtmabsta
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtmbhb
    "Temperaturkorrektur bei Blockheizerkennung (berechneter Wert)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtmtka
    "Delta Kühlmitteltemperatur zu Kühleraustrittstemperatur"
    SBYTE
    temp_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EEE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EEE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtmxik_w
    "Delta oberer adaptive Grenztemperatur - Ist-Kattemperatur"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38516E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38516E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38516E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38516E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtnoki_w
    "Delta tnok_w für Integration"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38510E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38510E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38510E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38510E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtnok_w
    "Delta tnok_w kennfeldabhängig"
    UWORD
    t1msxs_b65p535
    1
    100
    0
    65.535

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385110
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385110 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385110 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385110 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtsegph_w
    "Faktor zur Bewertung der Motordynamik"
    SWORD
    t5usxus_q5
    1
    100
    -163840
    163835

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x3813A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3813A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3813A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3813A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtskmx_w
    "Differenz obere, adaptive Temperaturgrenze SpKat"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385170
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385170 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385170 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385170 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dttk_w
    "Differenztemperatur zwischen Sensor und Modell"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3852A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtzusr_w
    "Temperaturerhöhung der zufließenden Füllung ins SR im Ber. der AGR-Einleitstelle"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38538E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38538E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38538E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38538E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dua10g_w
    "Verstärkung korrigierte Sondenspannung vor Kat einer Breitbandlambdasonde"
    SWORD
    spg_q4p88Em4
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF488
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF488 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF488 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF488 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dufbde_c
    "Zeitzähler zum Setzen der Zyklusflags der Üko-Diagnose bei BDE"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    duf_c
    "Zeitzähler fürs Setzen der Zyklusflags der Funktionsüberwachungs-Diagnose"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dulsuhe_w
    "Spanungsgradient UULSUV für Heizereinkopplung"
    UWORD
    spg_uw_b5
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38180C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38180C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38180C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38180C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dulsuvm_w
    "Spannungsdifferenz zwischen zwei Abtastungen von uulsuv_w"
    UWORD
    spg_q4p88Em4
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382956
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382956 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382956 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382956 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dveadchst
    "DV-E-Adaption: Status Prüfbedingungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dveesc
    "Entprellzähler für DV-E-Endstufe"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvfgr_w
    "Regelabweichung beim FGR"
    SWORD
    vfzg_sw_q0p00781
    1
    100
    -256
    255.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381992
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381992 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381992 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381992 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvivr_w
    "Differenz zwischen Ist- und Sollgeschwindigkeit beim FGR"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381994
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381994 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381994 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381994 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvprae_w
    "Prädizierter Geschwindigkeitsanteil"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38269E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38269E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38269E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38269E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvrlnfhf_w
    "Verhältnis rl Nebenfüllungssensor / rl Hauptfüllungssensor Ausgang Limiter"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvsi_w
    "Abweichung zwischen Soll- und Istgeschwindigkeit der VMAX-Regelung"
    SWORD
    vfzg_sw_q0p00781
    1
    100
    -256
    255.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3826A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvzi_w
    "Differenz zwischen Ziel- und Istgeschwindigkeit"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381988
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381988 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381988 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381988 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvzvi_w
    "Differenz zwischen Ziel- und Istgeschwindigkeit"
    SWORD
    vfzg_sw_q0p00781
    1
    100
    -256
    255.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381996
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381996 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381996 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381996 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdkba_w
    "Gradient DK-Winkel"
    SWORD
    relDK_q0p02441
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdkdlr_w
    "Differenz-DK-Winkel Sollwert - Istwert (wdkdlr_w - wdkba_w)"
    SWORD
    relDK_q0p02441
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF3DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3DE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3DE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdksugd_w
    "Delta Sollwinkel Drosselklappe ab Beginn ungedrosselt (ps/pvdkds=0.95)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdksumx_w
    "Delta Sollwinkel Drosselklappe Beginn ungedrosselt bis Maximum"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdksuof_w
    "Delta Sollwinkel Drosselklappe ab Beginn ungedrosselt ohne Filterung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdks_w
    "Änderung des Drosselklappen-Sollwinkels"
    SWORD
    relDK_q0p00152
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381CCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdktmn_w
    "Drosselklappengradient von delta t-n 10ms Raster"
    SWORD
    relDK_q0p02441
    1
    100
    -200
    200

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwkr
    "zylinderindividuelle Zündwinkelspätverstellung KR"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380893
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380893 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380893 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380893 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwkrmsw
    "aktueller Wert für Mittelwertbegrenzung der Spätverstellung"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380894
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380894 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380894 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380894 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwkrz
    "zyl.ind. ZW-Spätverstellung inkl. Dyn.vorhalt"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380895
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380895 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380895 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380895 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwmsvmn_w
    "Winkelbegrenzung Ansteuerung MSV für minimale Förderdauer"
    SWORD
    kw_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382140
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382140 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382140 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382140 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwmsvovb_w
    "Delta-Winkel MSV öffnen vor Begrenzung in Grad KW (Förderdauer)"
    SWORD
    kw_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382142
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382142 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382142 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382142 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwmsvo_w
    "Deltawinkel Öffnen MSV"
    SWORD
    kw_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382144
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382144 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382144 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382144 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwmsvs_w
    "Winkel Schließen MSV inklusive Ansteuerverzug"
    UWORD
    kw_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382146
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382146 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382146 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382146 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwmsvvst_w
    "Vorsteuerwert MSV"
    SWORD
    kw_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382128
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382128 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382128 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382128 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwsp_w
    "Abweichung des Adaptionswinkels vom fahrzeugspez. Sollwinkel der Nockenwelle"
    SWORD
    kw_q0p0156
    1
    100
    -512
    511.984

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38504A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38504A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38504A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38504A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwped
    "Gradient des normierten Fahrpedalwinkels"
    SBYTE
    rel_sb_q0p39
    1
    100
    -49.9968
    49.6062

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwped_w
    "Gradient des normierten Fahrpedalwinkels"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwsynutp_w
    "Deltawinkel Synchrobeginn und unterer Totpunkt Pumpe"
    UWORD
    zw_ub_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF43E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF43E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF43E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF43E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dyespfof_w
    "aktueller Wert Offset für Lastdynamikerkennungsschwelle"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dyespfv_w
    "aktueller Wert Lastdynamikerkennungsschwelle"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dyespofv_w
    "aktueller Wert Offset für Lastdynamikerkennungsschwelle"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3822D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dyespv_w
    "aktueller Wert Lastdynamikerkennungsschwelle mit Fahrpedal"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3822D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynlsusa
    "Dynamikwert der LSU, DLSSA"
    UBYTE
    fak_q0p0195
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E0D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynlsus_w
    "Dynamikwert der LSU (normierte Steigung)"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383C1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynlsu_w
    "Dynamikwert der LSU"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383C1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynPeriod
    ""
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzaCtr
    "Zähler DZA Betrieb, zählt Modusübergang aus"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF24A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24A 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24A INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzlsu_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzmnoff
    ""
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzuhlzl
    "Entprellzähler Heilung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380712 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380712 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzuksmszl
    "Entprellzähler Kurzschluß nach Masse"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38071A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38071A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38071A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38071A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzuksubzl
    "Entprellzähler Kurzschluß nach Ubatt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380722 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380722 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzusigzl
    "Entprellzähler Leitungsabfall"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38072A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38072A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38072A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38072A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw1_uc
    "Delta Zündwinkel lambdaabhängig (1. Bank) im Befehlstest"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw1_um
    "Delta Zündwinkel lambdaabhängig (1. Bank) in der Funktionsüberwachung"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw2_uc
    "Delta Zündwinkel lambdaabhängig (2. Bank) im Befehlstest"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw2_um
    "Delta Zündwinkel lambdaabhängig (2.Bank) in der Funktionsüberwachung"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwagrs
    "Änderung Zündwinkel aufgrund AGR im Schichtbetrieb"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38078C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwb
    "Differenz BasisZW optimaler Zündwinkel"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38093E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38093E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38093E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38093E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwbschar
    "Array selektiver Zündwinkeloffset bei 2 Bank Systemen im Schichtbetrieb"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38078D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwdyntp
    "Tip-In Korrektur spätester Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwg
    "Delta Zündwinkel Grund-ZW zu Optimal-ZW"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E2B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwhmmar
    "Array lambdaabh. Offset des optimalen ZW im homogenmager Betrieb bei BDE"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwhmml
    "DZW- Korrektur im Homogenmager-Betrieb"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A71
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A71 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A71 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A71 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwi
    "Delta Zündwinkel zwischen zwopt und zwout"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380952
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380952 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380952 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380952 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwkg
    "Delta-Zündwinkel Verschiebung Klopfgrenze"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwkgagr
    "Delta-Zündwinkel Verschiebung Klopfgrenze mit AGR"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwkgagrm
    "Delta-Zündwinkel Zwischenwert Verschiebung Klopfgrenze mit AGR"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwkgar
    "Array lambdaabh. Verschiebung der Klopfgrenze im Homogenmager-Betrieb"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A8E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A8E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwkghmm
    "Delta-Zündwinkel Verschiebung Klopfgrenze im Homogenmager Betrieb"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A92 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A92 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwmna
    "Min-Zündwinkel Änderungsgeschwindigeit zw. Brenngrenze und Motorschutz"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A62 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A62 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwoag
    "abgasrückführratenabh. Zündwinkelkorrektur des optimalen ZW"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38093F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38093F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38093F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38093F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwol
    "lambdaabh. Zündwinkelkorrektur des optimalen ZW"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380940
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380940 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380940 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380940 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwolhmm
    "lambdaabh. Zündwinkel des optimalen ZW im homogenmager Betrieb bei BDE"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A93
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A93 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A93 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A93 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwopt
    "Zündwinkelkorrektur des optimalen Zündwinkels"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380941
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380941 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380941 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380941 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwoptte
    "Abweichung Zündwinkel vom Optimum auf Grund des Füllungsfehlers DTEV"
    UBYTE
    zw_q0p1875
    1
    100
    0
    47.8125

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384ED6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwotm
    "temperaturabhängige Zündwinkelkorrektur des optimalen ZW"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380942
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380942 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380942 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380942 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzws
    "Delta Zündwinekl zwischen zwopt und zwsol"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwsch
    "Delta- Zündwinkel im Schichtbetrieb"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380795
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380795 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380795 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380795 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwspae
    "Korrektur-Zündwinkel für den spätest erlaubten Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A63
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A63 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A63 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A63 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwspaes
    "Korrektur-Zündwinkel für spätest erlaubten Zündwinkel bei Sollbetriebsart HSP"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A64 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A64 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwspaeum
    "Delta-Zw für spätest erl. Zw. im Umschaltfall"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A65
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A65 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A65 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A65 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwspma
    "Zündwinkelkorrektur Motortemperatur auf zwspae wirkend"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A66 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A66 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwwl
    "Delta Zuendwinkel aus Warmlauf"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwzybs
    "zylinderselektiver Zündwinkeloffset für Bank 2 im Schichtbetrieb"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380796 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380796 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw_uc
    "Delta Zündwinkel zwischen zwopt und zwout im Befehlstest"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw_um
    "Delta Zündwinkel zwischen zwopt und zwout in der Funktionsüberwachung"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380453
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380453 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380453 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380453 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    d_flags_uc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380973
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380973 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380973 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380973 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    d_flags_um
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380401
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380401 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380401 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380401 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebCtrNewT
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebCtrNewY
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebCtrOldT
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebCtrOldY
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebMissT
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38129C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38129C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38129C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38129C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebMissY
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38129E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38129E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38129E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38129E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    edge_ctr
    "Index der Phasenflanke bei erkannter Schnellstartposition"
    SBYTE
    dez
    1
    100
    -128
    127

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF366
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF366 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF366 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF366 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    EEPROM_AAG
    ""
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eevx
    "EV Fehlerbyte"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E14 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E14 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    egaspfad
    "EGAS-Pfad als Umweltbedingung für Funktionsüberwachungs-Diagnoseeintrag"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ehks
    "Hilfserrorflag: Klopfsensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E93
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E93 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E93 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E93 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ehks_min
    "Hilfserrorflag: Klopfsensor Min-Fehler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E94 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E94 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ehlpks
    "Hilfserrorflag: Klopfsensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E95
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E95 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E95 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E95 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ehlpks_min
    "Hilfserrorflag: Klopfsensor Min-Fehler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_adcc_um
    "irreversibles Fehlerbit bei der AD-Wandler-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_dufska
    "Diagnose Überwachungsfunktion hat den 1. Fehler irreversible SKA gespeichert"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_gkc_uc
    "irreversibles Fehlerbit aus Kraftstoffkorrektur im Befehlstest"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_gkc_um
    "irreversibles Fehlerbit aus Kraftstoffkorrektur der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_ipa_um
    "irrev. Fehlerbit für unterer DK-Anschlag im ungültigen Bereich in der Fkt-Überw."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_msrc_uc
    "irreversibles Fehlerbit bei der MSR-Überwachung im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_msrc_um
    "irreversibles Fehlerbit bei der MSR-Überwachung der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_mver_uc
    "Ebene 3 irreversibles Fehlerbit fuer URCMVER aus BT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_mver_um
    "irreversibles Fehlerbit beim Momentenvergleich der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_nc_um
    "irreversibles Fehlerbit beim Drehzahlvergleich der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_pr_um
    "irreversibles Fehlerbit aus Kraftstoffdruck check der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_reac_um
    "irreversibles Fehlerbit der Fehlerreaktionsüberwachung der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_rkc_uc
    "irreversibles Fehlerbit der Lambda Plausibilisierung im BT"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_rkc_um
    "irreversibles Fehlerbit der Lambda Plausibilisierung in der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_rkti_um
    "irreversibles Fehlerbit der rk - ti Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_rlc_um
    "irreversibles Fehlerbit beim rl-Vergleich mit der Funktion in der Funktionsüberw"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_rlip_um
    "irreversibles Fehlerbit beim rl/rlip-Vergleich der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_sgsc_uc
    "irreversibles Fehlerbit bei der SGS-Überwachung im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_sgsc_um
    "irreversibles Fehlerbit bei der SGS-Überwachung der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_sgso_um
    "Irreversibles Fehlerbit bei der SGS-Überwachung der Funktionsüberwachung (-1)"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380402
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380402 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380402 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380402 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_spsc_um
    "irreversibles Fehlerbit bei d. Sollwertplausibilisierung d. Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_ubr_um
    "irrev. Fehlerbit zur Anforderung Fehlereintrag Hauptrelais-Diagnose aus %UMAUSC"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_varc_um
    "irreversibles Fehlerbit bei d. VarCodierungsüberwachung d. Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_zwc_um
    "irreversibles Fehlerbit bei der Zündwinkelüberwachung der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eladnhmm_w
    "Minimaler dynamischer Lambda-Wirkungsgrad in HMM"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eladnhos_w
    "Minimaler dynamischer Lambda-Wirkungsgrad in HOS"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eladnsch_w
    "Minimaler dynamischer Lambda-Wirkungsgrad in SCH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eladnskh_w
    "Minimaler dynamischer Lambda-Wirkungsgrad in SKH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eladxhmm_w
    "Maximaler dynamischer Lambda-Wirkungsgrad in HMM"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eladxhos_w
    "Maximaler dynamischer Lambda-Wirkungsgrad in HOS"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eladxsch_w
    "Maximaler dynamischer Lambda-Wirkungsgrad in SCH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eladxskh_w
    "Maximaler dynamischer Lambda-Wirkungsgrad in SKH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamnhmm_w
    "Minimaler stationärer Lambda-Wirkungsgrad in HMM"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamnhos_w
    "Minimaler stationärer Lambda-Wirkungsgrad in HOS"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamnsch_w
    "Minimaler stationärer Lambda-Wirkungsgrad in SCH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamnskh_w
    "Minimaler stationärer Lambda-Wirkungsgrad in SKH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamuhmm_w
    "Lambdawirkungsgrad für Umschaltung nach HMM"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380EB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamuhos_w
    "Lambdawirkungsgrad für Umschaltung nach HOS"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380EB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamusch_w
    "Lambdawirkungsgrad für Umschaltung nach SCH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380EBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamxhmm_w
    "Maximaler stationärer Lambda-Wirkungsgrad in HMM"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381F8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamxhos_w
    "Maximaler stationärer Lambda-Wirkungsgrad in HOS"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381F8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamxsch_w
    "Maximaler stationärer Lambda-Wirkungsgrad in SCH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381F90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elamxskh_w
    "Maximaler stationärer Lambda-Wirkungsgrad in SKH"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381F92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    elas_w
    "Sollwert Lambda-Wirkungsgrad"
    UWORD
    rel_q0p00195
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3826BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    epclstate
    "Zustand EPCL, Anforderung DFPM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    erpslmx_w
    "Betrag des relativen Fehlers modellierter Saugrohrdruck"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x380DC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    erpslm_w
    "relativer Fehler modellierter Saugrohrdruck"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380DCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    erranz
    "Anzahl der Unterschreitungen der fspa-Schwelle"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    errorCntTcsort
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esaktiv
    "Bedingung: Einspritzausgabe aktiv"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esanf
    "Bitmuster:  Einspritzausgabe angefordert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esbpaisr_w
    ""
    SWORD
    tinjection_sy
    1
    100
    -104.858
    104.854

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380BB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esbpat_w
    ""
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF228
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF228 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF228 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF228 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esbtime_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF22A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF22A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF22A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF22A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esb_inkr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF216
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF216 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF216 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF216 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sbf02mfsb
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3826A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sdn10llsw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382492
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382492 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382492 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382492 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sdp08zuub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381D4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sdp12esuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sez04llub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382494
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382494 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382494 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382494 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sga06mdub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sga08llub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sga08mdub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sim08esuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sks06esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sm108lhsw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smg08khuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38556A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38556A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38556A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38556A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi03dm1ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi03dm2ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04dm1ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04dm2ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04khuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38557E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38557E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38557E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38557E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04llub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04teub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi08dm1ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi08dmub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi08ps1uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3854C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi08ps2uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3854C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi08ps3uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3854C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi12aguw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi12zuuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smk05teub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smk08mdsw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sml08lhub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smo08mfub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38266C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38266C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38266C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38266C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sng06llsb
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04dm1ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04dm2ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04khuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385580
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385580 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385580 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385580 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04lrhw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04teub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04zuuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05dm1ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05dm2ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05feuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06koub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06llub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06lsub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06mduw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06zuuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm07esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm07lsuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dm1ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dm2ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dm3ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dmub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08hduw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38212A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38212A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38212A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38212A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08khuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38556C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38556C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38556C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38556C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08koub
    ""
    UWORD
    rel_ub_b99p6
    1
    100
    0
    25599.6

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382BAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08lauw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08lhub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08mfub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38266E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38266E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38266E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38266E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08ps1uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3854C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08ps2uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3854CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08ps3uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08saub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08__ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm09dm1ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm09dm2ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm10gk2ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm10zu1uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm12esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm12mduw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38259A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38259A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38259A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38259A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm14aguw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16krub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16opuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16zuuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16__uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sns04mdub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382650
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382650 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382650 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382650 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sns04zusb
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sns06llsb
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382414
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382414 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382414 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382414 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sns206llsb
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382496
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382496 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382496 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382496 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_spd06hdsw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382118
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382118 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382118 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382118 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_spr06hduw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38212C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38212C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38212C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38212C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sps11mduw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382500
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382500 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382500 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382500 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_spu06aguw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sqm05teub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srg08skuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3850F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srk03feuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srk08ps1uw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3854CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srk12aguw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srk12zuuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381D4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl03mfuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3826A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl04dyub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38558C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38558C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38558C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38558C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl04krub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl04lrhw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl06esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl06koub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl06lsub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl07opuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382620
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382620 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382620 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382620 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08gk2ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08lsuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08zuuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl11opuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382622
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382622 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382622 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382622 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl12zuuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srp06esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srr06opuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382624
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382624 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382624 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382624 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_ssl08skuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385278
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385278 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385278 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385278 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sst08skuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38527A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38527A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38527A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38527A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_ssu08skuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38527C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38527C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38527C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38527C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta04llub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta04teub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta06esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta06llub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta12wlub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sth07tmuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38505E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38505E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38505E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38505E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sti03feuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38545A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38545A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38545A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38545A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sti04zguw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381EA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381EA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381EA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381EA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stk08skuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3850F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stkihkm06
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38555E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38555E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38555E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38555E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stkivkm06
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385560 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385560 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm04saub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm05epmsb
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385046
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385046 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385046 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385046 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm05saub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm05tmub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm06khub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385588
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385588 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385588 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385588 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm06llub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm08mfub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382670
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382670 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382670 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382670 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm08__ub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm09esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm12esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stn06llub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts05dtka
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts05dtts
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts06tmuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts08esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts08khub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts12esub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stv07tmuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385060
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385060 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385060 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385060 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stw08mdub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_svf07tmuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_swp08mfub
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382672
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382672 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382672 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382672 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_swp16mduw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38259C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38259C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38259C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38259C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_swr08khuw
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38556E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38556E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38556E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38556E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etaaufte
    "Wirkungsgrad abhängig von Einspritzaufteilung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380943
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380943 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380943 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380943 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etaaus_um
    "Wirkungsgrad aus Einspritzausblendung in der Funktionsüberwachung"
    UBYTE
    rel_ub_b1p0
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380431
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380431 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380431 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380431 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etafrks_uc
    ""
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etafrks_um
    "Wirkungsgrad wegen Aufteilungsfaktor zw. 1. und 2. Einspritzung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etalab
    "Lambda-Wirkungsgrad ohne Eingriff bezogen auf optimales Moment bei Lambda=1"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380944
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380944 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380944 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380944 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etalab1
    "Lambda-Wirkungsgrad ohne Eingriff bez. auf optimales Moment bei Lambda=1, Bank 1"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380945
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380945 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380945 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380945 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etamns
    "Minimal möglicher Zündwinkelwirkungsgrad Brenngrenze Sollwert"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B8 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B8 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etatemp_w
    "Heizwirkungsgrad Doppeleinspritzung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385582
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385582 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385582 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385582 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazaist
    "Ist-Zylinderausblendungswirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380953
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380953 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380953 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380953 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazalb
    "Zylinderausblendungswirkungsgrad für Lambda Berechnung (Brennraum)"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38096B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazas_w
    "Sollwirkungsgrad für Zylinderausblendung"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382666
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382666 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382666 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382666 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwatmk
    "Korrigierter Zündwinkelwirkungsgrad für Berechnung Krümmertemperatur in ATM"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwb
    "Zündwinkelwirkungsgrad des Basiszündwinkels"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380946
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380946 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380946 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380946 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwbm
    "gemittelter Zündwinkelwirkungsgrad des Basiszündwinkels"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380947
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380947 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380947 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380947 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwg
    "Wirkungsgrad beim Grundzündwinkel"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwif
    "Ist-Zündwinkelwirkungsgrad: für DTEV gefilterter Wert"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ED7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwim
    "Gemittelter Wirkungsgrad beim Ist-Zündwinkel"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E2D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwimt
    "Ist_Zündwinkelwirkungsgrad für ATM gemittelt (200 ms)"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwist
    "Ist-Zündwinkelwirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380954
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380954 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380954 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380954 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwkte
    "korrigierter Zündwinkelwirkungsgrad für DTEV"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ED8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwmn
    "Minimum-Zündwinkelwirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B9 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B9 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwmnkh
    "Minimaler Zündwinkelwirkungsgrad durch Momentenreserve bei Katheizen"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwmns
    "ZW-Wirkungsgrad bei Sollbetriebsart HSP"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4BA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4BA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwmnum
    "Minimum-Zündwinkelwirkungsgrad bei BDE-Betriebsartenumschaltung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwmnu_w
    "Minimum-Zündwinkelwirkungsgrad bei Umschaltung nach HOM"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380EBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazws
    "Sollzündwinkelwirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwte
    "Zündwinkelwirkungsgrad für DTEV"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ED9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ED9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ED9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ED9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazw_uc
    "Ist-Zündwinkelwirkungsgrad im Befehlstest"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazw_um
    "Ist-Zündwinkelwirkungsgrad in der Funktionsüberwachung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evabkor_w
    "Korrekturfaktor für lamsbrs_w zur Berücksichtigung von Zylinderausblendung"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    EVEKObit
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DE5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evrbgn_one
    "Ev Nr -1 bei Beginn der Ev-Abschaltung zur Adressierung von REDABM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38079C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evsup1
    "Funktionskennungsbyte für Ausgabe SAE J1979 Mode2"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evtmod
    "Einlaßventiltemperatur modelliert (Temperaturmodell)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DFE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DFE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evz_aus
    "Einspritzausblendmuster"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38079D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evz_aush
    "Puffer für Ausblendung der Homogeneinspritzung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evz_austot
    "Einspritzausblendmuster total"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evz_aus_bt
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    extahk_w
    "Exotherme Temperaturerhöhung im ersten Teil des Monolithen im Hauptkat"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385062
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385062 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385062 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385062 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    extavkg_w
    "Exotherme Temperaturerhöhung im ersten Teil des Monolithen (Grenzkat)"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385064
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385064 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385064 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385064 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    extavk_w
    "Exotherme Temperaturerhöhung im ersten Teil des Monolithen im Vorkat"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385066
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385066 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385066 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385066 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    extbvkg_w
    "Exotherme Temperaturerhöhung im zweiten Teil des Monolithen (Grenzkat)"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385068
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385068 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385068 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385068 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    extbvk_w
    "Exotherme Temperaturerhöhung im zweiten Teil des Monolithen"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38506A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38506A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38506A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38506A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    extk_w
    "Stationäre exotherme Temperaturerhöhung im Diagnosefenster"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3852A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ezmnuhmm_w
    "Minimum-Zündwinkelwirkungsgrad bei Umschaltung nach HMM"
    UWORD
    rel_uw_b127p5
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380EBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_aaa
    "Dummy: Tabellenanfang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_aatun
    "Errorflag: Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_agre
    "Errorflag: Überwachung AGR-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_agrl
    "Errorflag: AGR-Ventil Lagesensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_agrs
    "Errorflag: Diagnose AGR-System"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_agrv
    "Errorflag: Diagnose AGR-Ventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_atnv
    "Errorflag: Abgastemperatur hinter dem Vorkatalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_bks
    "Errorflag: Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_bkse
    "Errorflag: Diagnose Endstufe BKS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_bm
    "Errorflag: Bezugsmarkengeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_brems
    "Fehlerflag: BREMS (Bremsschalter)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_bwf
    "Errorflag: PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cair
    "Fehlerflag : Timeout Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cairp
    "Fehlerflag : Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cas
    "Errorflag: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cat
    "Errorflag: CAN-Schnittstelle, Timeout Bremsbotschaft setzen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cbsg
    "Errorflag : Botschaft BSG"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cge
    "Errorflag: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cgra
    "Errorflag : Timeout GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cif
    "Errorflag: CAN-Schnittstelle, interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cins
    "Errorflag: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ckla
    "Errorflag: CAN-Kommunikation zum KLA-SG gestört"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dk
    "Errorflag: DK - Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dk1p
    "Errorflag: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dk2p
    "Errorflag: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dpl
    "Errorflag: Dauerplus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dpupsr
    "Errorflag: Differenz zwischen Umgebungsdruck und Saugrohrdruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dsbkv
    "Errorflag: Bremskraftverstärker-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dskv
    "Errorflag: Hochdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dss
    "Errorflag: Saugrohr-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dsu
    "Errorflag: Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dsv
    "Errorflag: Diagnose DSV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvee
    "Errorflag: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvef
    "Errorflag: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvefo
    "Errorflag: DV-E-Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvel
    "Errorflag: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dven
    "Errorflag: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dver
    "Errorflag: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvet
    "Errorflag: DV-E-Tauscherkennung ohne Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dveu
    "Errorflag: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dveub
    "Errorflag: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dveuw
    "Errorflag: Fehler bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvev
    "Errorflag: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dylsu
    "Errorflag: LSU dynamisch zu langsam"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_fp1p
    "Errorflag: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_fp2p
    "Errorflag: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_fpp
    "Errorflag Fahrpedal-Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_fra
    "Errorflag: LR-Adaption multiplikativ"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frst
    "Errorflag: Fehler aus Diagnose Kraftstoffversorgungssystem (Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_gecod
    "Errorflag: Getriebe-Codierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_grbh
    "Errorflag: GRA Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevh1
    "Errorflag: Hochdruck-EV 1 High-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevh2
    "Errorflag: Hochdruck-EV 2 High-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevh3
    "Errorflag: Hochdruck-EV 3 High-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevh4
    "Errorflag: Hochdruck-EV 4 High-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevk
    "Errorflag: HDEV-Endstufe, Kommunikation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevl1
    "Errorflag: Hochdruck-EV 1 Low-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevl2
    "Errorflag: Hochdruck-EV 2 Low-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevl3
    "Errorflag: Hochdruck-EV 3 Low-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdevl4
    "Errorflag: Hochdruck-EV 4 Low-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hdr
    "Errorflag: Raildruckregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_helsu
    "Errorflag: Heizung LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hla
    "Errorflag: Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hnohk
    "Errorflag HNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hnohke
    "Errorflag HNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hre
    "Errorflag: Hauptrelaisentstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsh
    "Errorflag: Lambdasonden-Heizung hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsv
    "Errorflag: Lambdasonden-Heizung vor Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsve
    "Errorflag: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsvsa
    "Errorflag: reduzierte  LSU-Heizung oder LSU-Kennlinie abgeflacht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_iclsu
    "Errorflag: Fehler Auswerte-IC für die LSU (Spg.-Versorgung, Kommunikation)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kat
    "Errorflag: Katalysator-Konvertierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra01
    "Errorflag: Klopfregelanschlag Zyl.1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra02
    "Errorflag: Klopfregelanschlag Zyl.2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra03
    "Errorflag: Klopfregelanschlag Zyl.3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra04
    "Errorflag: Klopfregelanschlag Zyl.4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_krnt
    "Errorflag: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_krof
    "Errorflag: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_krtp
    "Errorflag: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_krxx
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3822C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks1
    "Errorflag: Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks1h
    "Hilfserrorflag KS1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks1h_old
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks2h
    "Hilfserrorflag KS2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks3h
    "Hilfserrorflag KS3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks4h
    "Hilfserrorflag KS4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kuppl
    "Fehlerflag: Gebergröße Kupplung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lash
    "Errorflag: Lambda-Sondenalterung hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lbk
    "Errorflag: Ladungsbewegungsklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lbke
    "Errorflag: Endstufenfehler der Ladungsbewegungsklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lbko
    "Errorflag: Ladungsbewegungsklappe Offset-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lbkp
    "Errorflag: Ladungsbewegungsklappe Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lghmm
    "Errorflag: Laufgrenze im Betrieb-HMM mehrmals überschritten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_llrh
    "Fehler Leerlaufregelung in Homogenmodus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_llrm
    "Fehler Leerlaufregelung in Magerbetriebsarten"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lm
    "Errorflag: Hauptlastsensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsh
    "Errorflag: Lambda-Sonde hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuia
    "Errorflag: Diagnose Lambdasondenleitung an Bond IA (Leitungsunterbrechung)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuip
    "Errorflag:  Fehler Leitungsunterbrechung an IP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuks
    "Errorflag:  Kurzschluß Sondenleitung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuun
    "Errorflag: Diagnose Lambdasondenleitung an Bond UN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuvm
    "Errorflag: Diagnose Lambdasondenleitung an Bond VM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsv
    "Errorflag: Lambda-Sonde vor Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lues1
    "Fehler Endstufe Motorlüfter 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lues1e
    "Errorflag: Lüftersteuerung 1 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lues2
    "Fehler Endstufe Motorlüfter 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lues2e
    "Errorflag: Lüftersteuerung 2 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lzsr
    "Fehlerflag: Leck zum Saugrohr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md
    "Errorflag: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md00
    "Errorflag: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md01
    "Errorflag: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md02
    "Errorflag: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md03
    "Errorflag: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_mdb
    "Errorflag: Momentenüberwachung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_mdsch
    "Errorflag: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_msve
    "Errorflag: Diagnose Endstufe MSV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_n
    "Errorflag: Drehzahlsignalgeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_nohk
    "Errorflag: elektrische NOx-Sensordiagnose hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_nohkp
    "Errorflag NOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_nwkw
    "Errorflag: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_nx
    "Errorflag: NMAX - Überschreitung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ora
    "Errorflag DKVS: additive Korrektur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ph
    "Errorflag: Phasensensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_pllsu
    "Errorflag: Plausibilität der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_salsu
    "Errorflag: Schubabgleich LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_scr
    "Errorflag: CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_sgeep
    "Errorflag: Steuergerät defekt (EEPROM)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_sgeew
    "Errorflag: Steuergerät defekt (EEPROM - WFS)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_skno
    "Errorflag: Speicher-Katalysator, mit NOx-Sensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ta
    "Errorflag: Ansauglufttemperatur"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tahfm
    "Errorflag: Ansaugluft-Temperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tankl
    "Errorflag: OBDII-Fehler auf Grund eines leeren Tanks"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tes
    "Errorflag: Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_teve
    "Errorflag: Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_TKA
    "Errorflag: Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tm
    "Errorflag: TMOT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tmki
    "Errorflag: Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tum
    "Errorflag:  Umgebungstemperatur tumg"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ub
    "Errorflag: UB"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ubr
    "Errorflag: Bordnetzspannung über Hauptrelais UBR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufmv
    "Errorflag: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufnc
    "Errorflag: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder Steuergeräte-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufpr
    "Errorflag: Fktüberw: Kraftstoffdrucksensor-, Zuleitung- oder Steuergeräte-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufrkc
    "Errorflag: Funktionsüberwachung: Lambda-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufrlip
    "Errorflag: Fktüberwachung: Lastsensor-, Zuleitung- oder Steuergeräte-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufsga
    "Errorflag: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufsgb
    "Errorflag: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufska
    "Errorflag: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufspsc
    "Errorflag: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder Steuergeräte-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ulsu
    "Errorflag: Spannungsüberwachung LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_urram
    "Errorflag: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_urrom
    "Errorflag: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_urrst
    "Errorflag: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_vfz
    "Errorflag: Fahrzeug-Geschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_vtk
    "Errorflag: Thermische Katalysatordiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_wfs
    "Errorflag: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_wfsrc
    "Errorflag: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet1
    "Errorflag: Zündtreiber ZUE1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet2
    "Errorflag: Zündtreiber ZUE2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet3
    "Errorflag: Zündtreiber ZUE3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet4
    "Errorflag: Zündtreiber ZUE4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zgst00
    "Errorflag: Zylindergleichstellung Zylinder (zzyl=0)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zgst01
    "Errorflag: Zylindergleichstellung Zylinder (zzyl=1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zgst02
    "Errorflag: Zylindergleichstellung Zylinder (zzyl=2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zgst03
    "Errorflag: Zylindergleichstellung Zylinder (zzyl=3)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zzz
    "Dummy: Tabellenende"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fabstbks
    "Wichtungsfaktor für die Abstellzeit BKS"
    SBYTE
    fak_sb_b2
    1
    100
    -2
    1.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    facipkr_w
    "Interpolationsfaktor zur Neuberechnung von wkraipol"
    SWORD
    fak_q0p0039
    1
    100
    -128
    127.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384F86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fafte_w
    "Faktor Ausfluß Tankentlüftungsventil"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fagr
    "Faktor Restgas-Inertgasrate uber externes AGR zu Restgas-Inertgasrate uber exter"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A75
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A75 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A75 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A75 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fagrkh_w
    "Faktor Einfluß AGR auf NOx-Rohmassenstrom (HMM)"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38525E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38525E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38525E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38525E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fagrks_w
    "Faktor Einfluß AGR auf NOx-Rohmassenstrom"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385260 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385260 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fakpuf_w
    "Berechneter Pufferfaktor des AKF-Modells"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38566E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38566E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38566E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38566E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    famal
    "Faktor zur Absenkung des LUR-Wertes bei Mehrfachaussetzern, aus KFFAMALU"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384D35
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D35 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D35 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D35 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fanalun
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380591
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380591 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380591 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380591 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fanfkhka_w
    "Faktor Anforderung Katheizen in Abhängigkeit von Heizfortschritt und Katalterung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385570
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385570 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385570 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385570 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fanluts_w
    "Faktor zur Betriebspunkt-LUTS-Normierung"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38202C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38202C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38202C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38202C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fatmsre_w
    "Faktor Aufteilung Massenstrom Reduktionsmittel effektiv"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381418
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381418 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381418 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381418 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    faucsmr_w
    "Faktor zur Umrechnung von relativer Luftfüllung in Kapazitätsmassenstrom"
    UWORD
    fak_q2p5Em4
    1
    100
    0
    16.3837

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385540 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385540 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    favkatmx
    "Gewichtungsfaktor Sauerstoffspeicher über avkatf"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384EB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    favralu
    "Anzahl Verbrenng. f. Reaktivierung Aussetzererkennung nach Ausblendung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380590
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380590 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380590 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380590 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbade_w
    "Faktor ÜK bei BA Direkteinspritzung"
    SWORD
    fak_sw_b256
    1
    100
    -256
    255.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbans
    "Nachstartfaktor der ÜK bei BA"
    UBYTE
    fak_ub_b8
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbavst_w
    "Faktor ÜK-Verstellung bei Beschleunigungsanreicherung"
    SWORD
    fak_sw_b256
    1
    100
    -256
    255.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbdfkak
    "Bewertungsfaktor Lerngeschwindigkeit Beladung"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384EBB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EBB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EBB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EBB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbmxzahn
    "Funkenbandbegrenzung Maximalwinkel"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF24B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24B 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24B INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbsatm_w
    "Faktor Bauteileschutz abhängig vom Abgastemperaturmodell"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385446
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385446 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385446 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385446 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fccmdfp
    "FCM-changed-Monitor dfp"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fccmflg_w
    "FCM-changed-Monitor flags"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38478E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38478E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38478E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38478E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcallofs
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcallseg
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384795
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384795 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384795 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384795 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384819
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384819 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384819 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384819 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384845
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384845 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384845 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384845 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384790 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384790 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384814 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384814 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384840 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384840 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384799
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384799 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384799 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384799 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384849
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384849 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384849 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384849 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmEnd
    "Anzahl Einträge im Fehlerspeicher"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383269
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383269 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383269 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383269 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384794 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384794 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384818 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384818 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384844 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384844 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384797
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384797 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384797 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384797 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384847
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384847 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384847 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384847 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384792 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384792 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384842 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384842 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38479B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38479B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38479B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38479B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38479C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38479C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38479C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38479C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384820 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384820 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384829
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384829 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384829 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384829 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384855
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384855 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384855 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384855 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38479D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38479D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38479D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38479D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384821
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384821 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384821 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384821 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38479E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38479E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38479E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38479E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384822 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384822 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38479F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38479F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38479F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38479F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384823
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384823 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384823 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384823 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384824 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384824 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384850 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384850 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384825
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384825 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384825 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384825 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384851
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384851 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384851 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384851 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384826 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384826 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384827
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384827 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384827 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384827 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384828 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384828 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384854 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384854 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384798 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384798 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384848 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384848 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38479A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38479A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38479A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38479A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmout_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384796 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384796 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmout_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmout_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmout_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmout_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384846 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384846 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    FCMTab
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384791
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384791 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384791 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384791 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384815
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384815 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384815 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384815 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384841
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384841 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384841 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384841 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_0_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384793
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384793 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384793 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384793 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_1_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_2_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3847EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3847EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3847EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3847EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_3_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384817
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384817 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384817 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384817 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_4_A
    ""
    UBYTE
    default
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384843
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384843 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384843 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384843 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmvalnl
    "Fehlerspeichereinträge, im Nachlauf noch zu validieren"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 20
    ECU_ADDRESS 0x38501E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38501E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38501E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38501E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdar
    "Verstärkungsfaktor des AR-Eingriffs"
    UBYTE
    fak_ub_b3p125
    1
    100
    0
    3.11279

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380928
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380928 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380928 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380928 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdars
    "Verstärkungsfaktor des AR-Eingriffs für Stationärpfad"
    UBYTE
    fak_ub_b3p125
    1
    100
    0
    3.11279

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380929
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380929 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380929 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380929 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdmd
    "Statusflag diagnose misfire detection"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380592
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380592 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380592 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380592 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdpatdmd
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    feemdfp
    "Fault-Entry erased Monitor dfp"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    feemflg_w
    "Fault-Entry erased Monitor flags"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fevab
    "festes Muster EV-Abschaltung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E15
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E15 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E15 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E15 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fevabe
    "Ausblendmuster aus erkannten Fehlern"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E16 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E16 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fevabkas
    "festes EV-Abschaltmuster Katschutz"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E17
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E17 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E17 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E17 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffof1
    "Statusbyte 1 Übersicht fuel-off Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380593
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380593 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380593 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380593 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffof2
    "Statusbyte 2 Übersicht fuel-off Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380594
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380594 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380594 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380594 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffon1
    "Statusbyte 1 Übersicht fuel-on Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380595
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380595 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380595 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380595 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffon2
    "Statusbyte 2 Übersicht fuel-on Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380596
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380596 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380596 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380596 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffupsrlk_w
    "fupsrl-Korrektur bei großen Lasten"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffwkbks
    "Bewertungsfaktor Kühlung durch Fahrtwind"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffzdfp
    "Fehlerpfadidentifikationsnummer (dfp) zum Freeze-Frame Zero"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgdkt_w
    "Integrierte Fettgasmenge bei Katdiagnose"
    UWORD
    m_q0p1_mg
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgnsol
    "Faktor zur Beeinflussung der Getriebesolldrehzahl"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3808FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrbesilokbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrfulolokbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrreglausbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380703
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380703 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380703 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380703 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrregllokbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380704 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380704 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgru
    "Faktor Grundvorsteuerung"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E13
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E13 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E13 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E13 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgwrte
    "Eingriff Grenzwertregelung Tankentlüftung"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A35
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A35 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A35 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A35 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fho
    "Korrekturfaktor Höhe"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fhost_w
    "Korrekturfaktor Höhe bei Start(word)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385572
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385572 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385572 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385572 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fhozste_w
    "Faktor Korrektur Höhe (Für Sondensignalabgleich)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385670
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385670 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385670 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385670 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fho_u
    "Korrekturfaktor Höhe (byte)"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fho_w
    "Korrekturfaktor Höhe (word)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38532C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38532C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38532C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38532C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fihdr
    "Faktor I-Parameter"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380834 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380834 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    filahmm
    "Interpolationsfaktor für Berechnung von ladxhmmv_w"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38081A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38081A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38081A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38081A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fivzabg
    "Intervallzähler abgasrelevante Aussetzer"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkakordl
    "mit delta Lambda bewerteten fkakormx"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EBC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EBC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkakormt_w
    "Mittelwert Bank1, Bank2 des Produkts Abweichung Lambdaregler und Lambda"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385672
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385672 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385672 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385672 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkakormx_w
    "Maximalwert Bank1, Bank2 des Produkts Abweichung Lambdaregler und Lambda"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385674
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385674 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385674 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385674 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkakorxf_w
    "Gemischabwwichung : Bei 2-Bank-Systemen die grössere (gefiltert)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3856C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkaste
    "Istwert spezifischer Kraftstoffanteil Tankentlüftung"
    UBYTE
    fak_ub_b0p5
    1
    100
    0
    0.498047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384EBD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EBD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EBD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EBD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkastes
    "Sollwert spezifischer Kraftstoffanteil Tankentlüftung"
    UBYTE
    fak_ub_b0p5
    1
    100
    0
    0.498047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384EBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EBE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EBE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkastes_w
    "Sollwert spezifischer Kraftstoffanteil Tankentlüftung (16 bit)"
    UWORD
    fak_uw_b0p5
    1
    100
    0
    0.499992

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkastexm_w
    "Max.mögl.Wert spezifischer Kraftstoffanteil Tankentlüftung (16 bit)"
    UWORD
    fak_uw_b0p5
    1
    100
    0
    0.499992

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385676
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385676 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385676 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385676 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkastexu_w
    "Max-Wert spezifischer Kraftstoffanteil Tankentlüftung unbegrenzt."
    UWORD
    fak_uw_b0p5
    1
    100
    0
    0.499992

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385678
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385678 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385678 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385678 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkastex_w
    "Max-Wert spezifischer Kraftstoffanteil Tankentlüftung (16 bit)"
    UWORD
    fak_uw_b0p5
    1
    100
    0
    0.499992

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38567A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38567A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38567A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38567A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkaste_w
    "Istwert spezifischer Kraftstoffanteil Tankentlüftung (16 bit)"
    UWORD
    fak_uw_b0p5
    1
    100
    0
    0.499992

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkastold_w
    "Altwert spezifischer Kraftstoffanteil Tankentlüftung (16 bit)"
    UWORD
    fak_uw_b0p5
    1
    100
    0
    0.499992

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38567C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38567C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38567C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38567C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkatefrg
    "Faktor Kraftstoffanteil Tankentlüftung bei Sollspülrate"
    SBYTE
    fak_sb_b1
    1
    100
    -1
    0.992188

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EBF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EBF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EBF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EBF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkatei
    "Faktor Kraftstoffanteil Tankentlüftung (aktueller Istwert)"
    SBYTE
    fak_sb_b1
    1
    100
    -1
    0.992188

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkatei_w
    "Faktor Kraftstoffanteil Tankentlüftung (aktueller Istwert)"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38567E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38567E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38567E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38567E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkates
    "Faktor Kraftstoffanteil Tankentlüftung (Sollwert)"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkblagkl_w
    "Faktor Korrektur Blendenquerschnitt AGR (schnelle Adaption) aus KL"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384FEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkblagrs_w
    "Faktor Korrektur Blendenquerschnitt AGR (schnelle Adaption)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384FEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkblagrz_w
    "Faktor Korrektur Blendenquerschnitt AGR Zwischengroesse"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385342
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385342 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385342 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385342 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkblagr_u
    "Faktor Korrektur Blendenquerschnitt AGR  (8 bit)"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3805B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkblagr_w
    "Faktor Korrektur Blendenquerschnitt AGR"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383426
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383426 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383426 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383426 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkdyn_w
    "Korrekturfaktor  bzgl. AGR für Modellerwartungswert dynlsu"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3829B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fketmotakt
    "aktueller Korrekturfaktor der Klopferkennungsschwellen"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380877
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380877 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380877 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380877 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkfped
    "Faktor für Interpolation zwischen den beiden Pedalkennfeldern"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38092F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38092F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38092F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38092F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkfupsrl_w
    "Multiplikative Korrektur von fupsrl"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383F9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkhab
    "Faktor Katheizen zur Abregelung"
    UBYTE
    fak_q0p0039
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384E7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkhrrihm_w
    "höhenabhängiger Korrekturfaktor für Betriebsart Homogen-Mager"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkhrriho_w
    "höhenabhängiger Korrekturfaktor für Betriebsart Homogen"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkhrrish_w
    "höhenabhängiger Korrekturfaktor für Betriebsart Schicht"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkisrm_w
    "Aktuell gültiger Saugrohrmodell Integratorbeiwert"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38534A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38534A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38534A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38534A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkklafs_w
    "Korrekturfaktor ueber Druckverhaeltnis Sollsaugrohrdruck/Abgasgegendruck (KLAF)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkklafuk_w
    "Korrekturfaktor ueber Druckberhaeltnis AGR - unkorrigiert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkklaf_w
    "Korrekturfaktor über Druckverhältnis (KLAF)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkl2_w
    "Faktor Klappe 2(Ladungsbewegung oder Saugrohrumschaltung 2)"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fklaf_w
    "Faktor Ausfluß (KLAF)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsagr_w
    "Faktor Korrektur Massenstrom ueber AGR-Ventil"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383428
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383428 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383428 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383428 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdkg_w
    "Korrekturfaktor Massenstrom Nebenfüllungssignal(auch bei Fehler HFM o. DK aktiv)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdksg_w
    "Korrekturfaktor schneller Massenstromabgleich (auch bei HFM o. DK Fehler aktiv)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdks_w
    "Korrekturfaktor schneller Massenstromabgleich"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdk_u
    "Korrekturfaktor Massenstrom Nebenfüllungssignal   (8bit)"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdk_w
    "Korrekturfaktor Massenstrom Nebenfüllungssignal"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkomas_w
    "Faktor Korrektur maximaler Schwefelgehalt"
    UWORD
    fak_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38527E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38527E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38527E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38527E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkorrhos_w
    "Korrekturfaktor der Inertgasrate im Homogen-Schicht-Betrieb"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkorrsch_w
    "Korrekturfaktor der Inertgasrate im Schichtbetrieb"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkorrskh_w
    "Korrekturfaktor der Inertgasrate im Schicht-Katheiz-Betrieb"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkpvdkg_w
    "Korrekturfaktor langsamer Massenstromabgleich (auch im Fehlerfall in Betrieb)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkpvdk_w
    "Korrekturfaktor langsamer Massenstromabgleich"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fktns_w
    "Nachstartanhebung"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fktpagrs_w
    "Faktor korrektur AGR (Temperatur und Druck) Sollwert"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380D62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fktpagru_w
    "Faktor korrektur AGR (Temperatur und Druck) Sollwert für Begrenzung ugd"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380D64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fktpagr_w
    "Faktor Korrektur AGR (Temperatur und Druck)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fktpbagr_w
    "Faktor Korrketur AGR-Blendenmodell (Temperatur und Druck)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380D66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flafabks_w
    "Förderleistungsanforderung schubabschaltungskorrigiert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flafbks_w
    "Förderleistungsanforderung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flafcbks_w
    "Crashfall korrigierte Förderleistungsanforderung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flafsbks_w
    "Förderleistungsanforderung Startüberschwinger korrigiert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flaftbks_w
    "Förderleistungsanforderung temperaturkorrigiert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flafubks_w
    "Förderleistungsanforderung spannungskorrigiert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flakh
    "Faktor Lambda-Steuerung bei Katheizen"
    UBYTE
    fak_q0p0039
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384E7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamagr
    "Faktor Lambdaänderung durch Abgasrückführung"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamagri
    "Faktor Lambdaänderung durch Abgasrückführung (intern)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamkst_w
    "Korrekturfaktor bei Sondensignalabgleich"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385680
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385680 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385680 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385680 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamsls
    "Faktor Lambdaänderung durch Sekundärluft"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flb
    "Faktor Ladungsbewegung (8 bit)"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380788 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380788 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flbhmms_w
    "Faktor Ladungsbewegung für homogen Magerbetrieb"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3853E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flbhoms_w
    "Faktor Ladungsbewegung für Homogenbetrieb"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3853E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flbhoss_w
    "Faktor Ladungsbewegung für Homogenbetrieb/Schichtbetrieb"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3853EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flbschs_w
    "Faktor Ladungsbewegung für Schichtbetrieb"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3853EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flbskhs_w
    "Faktor Ladungsbewegung für Schichtbetrieb/Katheizen"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3853EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flbs_w
    "Faktor Sollladungsbewegung"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381CF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flb_w
    "Faktor Ladungsbewegung"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381CFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flg
    "Status Laufunruhe-Berechnung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380597
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380597 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380597 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380597 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgddg
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgkat_w
    "Statusflag kat.schädigende Aussetzerraten oder ti-Abschaltung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381168
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381168 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381168 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381168 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flglrs
    "CARB FREEZE FRAME Byte, Bank 1, für LR"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgstign_w
    "flagword für stimulierte Zündaussetzer"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgstinj_w
    "flagword für stimulierte Einspritzaussetzer"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgst_w
    "flagword für stimulierten Aussetzer"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgtiab
    "Statusflag ti-Abschaltung bei kat.schädigenden Aussetzerraten"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmnbks
    "minimal mögliche Förderleistung"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380742 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380742 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmxctr
    "Zähler Zündfolge bei erkanntem Klopfregelanschlag"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38230C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38230C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38230C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38230C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmxof_w
    "aktuell maximaler Lernfilterwert"
    UWORD
    kw_dmdfof2
    1
    100
    0
    359.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381068
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381068 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381068 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381068 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmx_w
    "aktuell maximaler Lernfilterwert"
    UWORD
    luquant
    1
    100
    0
    409.266

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38102A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38102A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38102A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38102A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln0
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383448
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383448 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383448 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383448 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln1
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3834A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln2
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383508
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383508 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383508 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383508 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln3
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383568
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383568 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383568 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383568 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flnof1
    "Lernfilterwert, negativ, Zündung 1"
    SWORD
    kw_dmdfof2
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38398A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38398A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38398A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38398A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flnof2
    "Lernfilterwert, negativ, Zündung 2"
    SWORD
    kw_dmdfof2
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38399A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38399A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38399A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38399A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flnof3
    "Lernfilterwert, negativ, Zündung 3"
    SWORD
    kw_dmdfof2
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3839AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3839AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3839AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3839AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flokorrm_w
    "Korrekturfaktor Lightoff-Kennlinie"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385112
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385112 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385112 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385112 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flokorrt_w
    "Korrekturfaktor Lightoff-Kennlinie temporär"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385114
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385114 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385114 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385114 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flokorr_w
    "Korrekturfaktor Lightoff-Kennlinie nach Limiter"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp0
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3835C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp1
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383628
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383628 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383628 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383628 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp2
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383688
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383688 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383688 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383688 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp3
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3836E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flpof1
    "Lernfilterwert, positiv, Zündung 1"
    SWORD
    kw_dmdfof2
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3839BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3839BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3839BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3839BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flpof2
    "Lernfilterwert, positiv, Zündung 2"
    SWORD
    kw_dmdfof2
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3839CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3839CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3839CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3839CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flpof3
    "Lernfilterwert, positiv, Zündung 3"
    SWORD
    kw_dmdfof2
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3839DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3839DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3839DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3839DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flrar
    "Verstärkungsfaktor zum Nachbilden der externen Last"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38092A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38092A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38092A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38092A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flurb_w
    ""
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385018
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385018 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385018 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385018 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flurktm_w
    "tmot-abhängiger offset zum Laufunruhe-Referenzwert lurs/dlurs"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38501A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38501A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38501A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38501A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flurmin_w
    "Wert von LUR falls Adaption nicht abgeschlossen, Wert aus LURMINN"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381112
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381112 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381112 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381112 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flutskzy_w
    "Filter der Laufunruhe-Testgröße, korrigiert, Array über alle Zylinder"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38114C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38114C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38114C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38114C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flutsk_w
    "Filter der Laufunruhe-Testgröße, korrigiert"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381154
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381154 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381154 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381154 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flutszyl_w
    "Filter der Laufunruhe-Testgröße, Array über alle Zylinder"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381094
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381094 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381094 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381094 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fluts_w
    "Filter der Laufunruhe-Testgröße"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38109C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38109C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38109C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38109C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmdkh
    "Faktor Steuerung Drehmomentreserve für Katheizen"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3804CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmfkrakt
    "Mittenfrequenz für Bandpaßfilter Klopfregelung"
    UBYTE
    fmfkr_dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38084C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38084C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38084C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38084C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmfkraktol
    "Mittenfrequenz für Bandpaßfilter Klopfregelung, alter Wert"
    UBYTE
    fmfkr_dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38084D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38084D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38084D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38084D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmfkrc
    "Filtermittenfrequenz des CC195/CC650 umgeschaltet"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38084E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38084E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38084E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38084E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmfkrzakto
    "Mittenfrequenz für Bandpaßfilter Klopfregelung, alter Wert"
    UBYTE
    fmfkr_dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38084F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38084F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38084F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38084F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmfw
    "bitcodierte Mittenfrequenz für Bandpaßfilter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380857
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380857 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380857 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380857 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmilb
    "obere Schwelle zur Umschaltung der LBK in Abh. von nmot"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmnoroh_w
    "Rohwert Faktor NOx"
    UWORD
    fak_uw_b51p2
    1
    100
    0
    51.1992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmnox_w
    "Faktor NOx Rohemission über Grenzwert"
    UWORD
    fak_uw_b51p2
    1
    100
    0
    51.1992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmsusp_w
    "Faktor Masse Schwefel im Speicher"
    UWORD
    fak_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385280
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385280 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385280 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385280 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmvurh_w
    "Faktor Delta Drehmoment Vermeidung Umschaltruck (HOM, HMM, HKS)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384F88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmvurs_w
    "Faktor Delta Drehmoment Vermeidung Umschaltruck (HOS, SCH, SKH)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384F8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnospbp_w
    "Faktor NOx-Einspeicherung, betriebspunktabhängig"
    UWORD
    fak_q0p0039
    1
    100
    0
    255.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnospsi_w
    "Faktor NOx-Einspeicherung in Abhängigkeit vom Speicherinhalt"
    UWORD
    fak_q0p0039
    1
    100
    0
    255.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnote_w
    "Faktor Einfluß Tankentlüftung auf NOx-Rohemissionen"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385262
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385262 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385262 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385262 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnstab_w
    "Faktor zur Stabilisierung mittels Drehzahlquotient"
    UWORD
    fak_uw_b8
    1
    100
    0
    7.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnswl_w
    "Faktor Nachstart und Warmlauf"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fns_w
    "Faktor Nachstart"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fofresz
    "Resetzähler Lernfilterwert weggelaufen (Fuel-on Adaption)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383256
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383256 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383256 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383256 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fofstat
    "Status der fuel-off Adaption im aktuellen Betriebsbereich"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fonstat
    "Status der fuel-on Adaption im aktuellen Betriebsbereich"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380583
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380583 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380583 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380583 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    forbits1
    "enthält ready Bits"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38324F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    forbits2
    "enthält ready Bits"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383250 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383250 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    forbits3
    "enthält ready Bits"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383251 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383251 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fornbits
    "enthält ready Bits der Drehzahlbereiche"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383252 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383252 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    foscfk
    "Korrekturfaktor für OSC des Vorkats"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x383F7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpabnav_w
    "Korrekturfaktor Abgasdruck (word)"
    UWORD
    fak_uw_b8
    1
    100
    0
    7.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384FF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpag
    "Faktor Abgasgegendruck"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DFA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DFA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fphdr
    "Faktor P-Parameter"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380835
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380835 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380835 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380835 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fplrhav
    "Gewichtungsfaktor f(avkatf) - nicht aktiv für SY_BDE > 0"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384EB3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fplufi_w
    "Faktor( plufi_w/1013) von modellierter Absolutdruck stromabwärts von Luftfilter"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38532E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38532E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38532E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38532E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fprgagps_w
    "Korrekturfaktor von pbrintro_w bei großem Druckverhältnis Saugrohr/Auslaßventil"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38534C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38534C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38534C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38534C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fprstep_c
    "Schrittzähler DK-Rückstellfeder-Prüfung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fprtim_c
    "Zeitzähler DK-Rückstellfeder-Prüfung"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpsrlroe_w
    "Rohwert für Faktor systembezogene Umrechnung Druck auf Füllung bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38534E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38534E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38534E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38534E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fptvdk_w
    "Faktor für Dichtekorrektur vor Drosselklappe (Temperatur und Druck vor DK)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3853E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdk
    "Korrekturfaktor Druck vor Drosselklappe"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380814 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380814 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdkds
    "Faktor Druck vor Drosselklappe von Drucksensor"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DF7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdkds_w
    "Faktor Druck vor Drosselklappe von Drucksensor (word)"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385330
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385330 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385330 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385330 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdk_w
    "Korrekturfaktor Druck vor Drosselklappe 16-Bit"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvhkt
    "Temperaturabhängigen Faktor für Druckgradient über Hauptkat"
    UBYTE
    fak_q20_hPahPa_mul_h_div_kg
    1
    100
    0
    5100

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384D25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvhk_w
    "Massenstrom- und temperaturabhängiger Faktor für Druckgradient über Hauptkat"
    UWORD
    fak_q16_hPahPa
    1
    100
    0
    1.04856e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x384FF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvvkt
    "Temperaturabhängigen Faktor für Druckgradient über Vorkat"
    UBYTE
    fak_q20_hPahPa_mul_h_div_kg
    1
    100
    0
    5100

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384D26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D26 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D26 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvvk_w
    "Massenstrom- und temperaturabhängiger Faktor für Druckgradient über Vorkat"
    UWORD
    fak_q16_hPahPa
    1
    100
    0
    1.04856e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x384FF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra
    "multiplikativer Gemischadaptionsfaktor"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra2_bt
    "multiplikative Gemischkorrektur der Gemischadaption im Befehlstest"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38560E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38560E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38560E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38560E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra2_w
    "multiplikative Gemischkorrektur der Gemischadaption (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384F8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fragrs_w
    "Faktor Regelung AGR - Sollwert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frailt_w
    "multiplikative Gemischkorrektur  von dem letzten Trip"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frairef_w
    "Referenzwert multiplikative Gemischkorrektur"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38543C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38543C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38543C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38543C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frai_w
    "multiplikative Gemischkorrektur der Gemischadaption"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385418
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385418 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385418 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385418 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fratia_w
    "temperaturabhängige Gemischadaptionfaktor Altwert des Integralwertes"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frati_w
    "temperaturabhängige Gemischadaptionfaktor Integralwert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frat_w
    "temperaturabhängige Gemischadaptionsfaktor"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38541A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38541A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38541A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38541A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra_bt
    "multiplikative Gemischkorrektur der Gemischadaption im Befehlstest"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385610
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385610 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385610 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385610 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra_u
    "multiplikative Gemischkorrektur der Gemischadaption (Byte)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra_w
    "multiplikative Gemischkorrektur der Gemischadaption (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38541C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38541C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38541C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38541C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frdter_w
    "Faktor Regelung Referenz für TE-Diagnose"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3856C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frfcs_w
    "Faktor relativer Gasmassenstrom in Wärmekapazitätsstrom"
    UWORD
    qcip_q2p604Em5
    1
    100
    0
    1.70664

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382266
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382266 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382266 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382266 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frhodk_w
    "Faktor Luftdichtekorrektur für DK-Durchfluß f(Ansauglufttemp.,Höhe) 16 Bit"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frhokor_w
    "Faktor zur Adressierung der Dichtekorrektur bei der Sekundärluft"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38558A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38558A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38558A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38558A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frhol_w
    "Faktor Luftdichte f(Ansauglufttemp., Höhe) 16-Bit"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385332
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385332 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385332 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385332 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frhovdk_w
    "Faktor Luftdichtekorrektur für DK-Durchfluß f(Ansauglufttemp.,Höhe) 16 Bit"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frini2_w
    "Initialisierungswert für Regelfaktor Lambdaregelung, Bank 2"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frini_w
    "Initialisierungswert für Regelfaktor Lambdaregelung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frkkhdm_w
    "Faktor Momentenbeitrag Doppeleinspritzung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382268
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382268 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382268 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382268 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frks
    "variabler Aufteilungsfaktor Einspritzmenge bei Doppeleinspritzung"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3807A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frksch_uc
    "FRKSCH_UM im Befehlstest"
    UBYTE
    rel_ub_b1p0
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3809B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frksch_um
    "rk Aufteilungsfaktor bei HOSP"
    UBYTE
    rel_ub_b1p0
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380432
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380432 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380432 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380432 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frkteh_w
    "Faktor Umr. rel. Kraftstoffmasse rkh in effekt. Einspritzzeit teh homogen"
    UWORD
    rkti_48_sy
    1
    100
    0
    4.369

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381D54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frktekh_w
    "Faktor Umr. rel. Kraftstoffmasse rkkh in effekt. Einspritzzeit tekh"
    UWORD
    rkti_48_sy
    1
    100
    0
    4.369

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3853F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frktes_w
    "Faktor Umr. rel. Kraftstoffmasse rks in effekt. Einspritzzeit tes schicht"
    UWORD
    rkti_48_sy
    1
    100
    0
    4.369

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3853FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frkvst_uc
    "Faktor Vorsteuerung im Befehlstest"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380982
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380982 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380982 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380982 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frkvst_um
    "Faktor Vorsteuerung in der Funktionsüberwachung"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38043A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38043A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38043A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38043A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frkws_w
    "Faktor relativer Kraftstoffmassenstrom in Wärmestrom"
    UWORD
    qip_q0p16
    1
    100
    0
    10485.6

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38226A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38226A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38226A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38226A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frm2_bt
    "schneller Mittelwert des Lambdaregelfaktors Bank 2 im Befehlstest"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frm2_w
    "schneller Mittelwert des Lambdaregelfaktors Bank 2(Word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmfil_w
    "gefiltertes frm-Signal"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385442
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385442 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385442 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385442 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmn_w
    "Lambda-Regler-Ausgang Minimalwert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385628
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385628 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385628 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385628 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmx_w
    "LR mit Integratorstop : Max. Begrenzung Integrator fr,; FRMAX / angehoben d.DSLS"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38562A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38562A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38562A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38562A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frm_bt
    "schneller Mittelwert des Lambdaregelfaktors im Befehlstest"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frm_w
    "schneller Mittelwert des Lambdaregelfaktors (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38282A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38282A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38282A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38282A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    froza_w
    "Lambda-Regler-Ausgang ohne Zwangsanregung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38282C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38282C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38282C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38282C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frrieslu_w
    "Faktor Regelung Restgasrate Inertgas extern Sollwert über Laufunruhe"
    UWORD
    fak_uw_b5p12
    1
    100
    0
    5.11992

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38222A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38222A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38222A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38222A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frscfk
    "Korrekturfaktor für Fettgasspeicherfähigkeit des Vorkats"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x383F7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frsnast_w
    "Lambda-Reglerausgangswert  beim Eintritt in den Bereich UASNAMN<ua10mo<UASNAMX"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38564A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38564A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38564A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38564A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fr_u
    "Lambda-Regler-Ausgang (Byte)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fr_w
    "Lambda-Regler-Ausgang (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38282E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38282E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38282E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38282E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs0
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs1
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs2
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs3
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsakbks
    "Faktor Schubabschaltungskorrektur in %BKS"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380743
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380743 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380743 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380743 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse0
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3838C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse1
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3838F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse2
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383928
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383928 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383928 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383928 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse3
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x383958
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383958 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383958 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383958 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof1
    "Filterwert Segmentabweichung, eingerechnet"
    UWORD
    kw_dmdfof1
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3839EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3839EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3839EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3839EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof2
    "Filterwert Segmentabweichung, eingerechnet"
    UWORD
    kw_dmdfof1
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3839F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3839F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3839F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3839F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof3
    "Filterwert Segmentabweichung, eingerechnet"
    UWORD
    kw_dmdfof1
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3839FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3839FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3839FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3839FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof_w
    "aktueller Filterwert Segmentabweichung, zur Segmentzeit-Korrektur"
    UWORD
    kw_dmdfof1
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38106A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38106A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38106A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38106A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse_w
    "aktueller Filterwert Segmentabweichung, zur Segmentzeit-Korrektur"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38102C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38102C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38102C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38102C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fskmw_w
    "Faktor gemittelte NOx-Speichergröße, intern"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsktmp5_w
    "Zwischengröße für  NOx-Speichergrößen"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3851DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsktmp6_w
    "Zwischengröße für  NOx-Speichergrößen"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsktmp7_w
    "Zwischengröße für  NOx-Speichergrößen"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsktmp8_w
    "Zwischengröße für  NOx-Speichergrößen"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsktmp9_w
    "Zwischengröße bei Berechnung dmnospr_w"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsk_w
    "Faktor NOx-Speichergröße, intern"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsof1
    "Filterwert Segmentabweichung"
    UWORD
    kw_dmdfof1
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x383A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsof2
    "Filterwert Segmentabweichung"
    UWORD
    kw_dmdfof1
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x383A12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsof3
    "Filterwert Segmentabweichung"
    UWORD
    kw_dmdfof1
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x383A22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fspacal_w
    "berechneter fspa-Mittelwert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fspad_w
    "fspa_wert zum Weiterrechnen in der DSKNO"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385210
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385210 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385210 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385210 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fspamw_w
    "Faktor aktuelle NOx-Maximalspeichergröße, adaptiert, Mittelwert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fspa_w
    "Faktor aktuelle NOx-Maximalspeichergröße, adaptiert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fst0_w
    "Vorgesteuerter Startfaktor 16 Bit"
    UWORD
    fak_uw_b64
    1
    100
    0
    63.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fst_w
    "Faktor Starteinspritzung"
    UWORD
    fak_uw_b64
    1
    100
    0
    63.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fswka_w
    "Faktor Sollwärme in Abhängigkeit von der Katalterung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385574
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385574 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385574 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385574 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftamsvub_w
    "Korrektur Anzugsverzögerungszeit MSV abhängig von ubsq"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382148
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382148 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382148 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382148 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftanfkw_w
    "Verhältnis der Temperaturforderung und erreichbarer treal_w zum Kat-Warmhalten"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385562
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385562 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385562 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385562 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftbr
    "Faktor Temperaturkorrektur im Brennraum"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DFF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DFF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DFF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DFF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftbr_w
    "Faktor Temperaturkorrektur im Brennraum"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385390
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385390 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385390 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385390 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftdy
    "Faktor Dynamikvorhalt bei Schließzeitberechnung"
    UBYTE
    fak_ub_b8
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A85
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A85 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A85 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A85 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fteadchf
    "Beladung der Kohle des Aktivkohlefiltermodells (gefilterter Wert)"
    SBYTE
    fak_sb_b64
    1
    100
    -64
    63.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EC1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fteadch_w
    "Beladung der Kohle des Aktivkohlefiltermodells"
    SWORD
    fak_sw_b64
    1
    100
    -64
    63.998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385682 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385682 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fteadf
    "gefilteter Faktor Beladung Spülstrom bei Tankentlüftung"
    SBYTE
    fak_sb_b64
    1
    100
    -64
    63.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fteadfu
    "gefilteter Faktor Beladung Spülstrom bei Tankentlüftung (unsigned)"
    UBYTE
    fak_q0p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EC3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fteadphu
    "Beladung AKF für Bildung physikalische Dringlichkeit Tankentlüftung"
    UBYTE
    fak_q0p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftead_w
    "Beladung des Aktivkohlefilters"
    SWORD
    fak_sw_b64
    1
    100
    -64
    63.998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftefsoll_w
    "Sollwert der Spülrate Tankentlüftung"
    UWORD
    fak_uw_b0p5
    1
    100
    0
    0.499992

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftefva_w
    "Spülrate Tankentlüftung"
    UWORD
    fak_uw_b0p5
    1
    100
    0
    0.499992

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftevflos_w
    "Sollwert Öffnungsfaktor TEV (16 bit)"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftevflow_w
    "Istwert Öffnungsfaktor TEV (16 bit)"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftevflox_w
    "Max.-Wert Öffnungsfaktor TEV (16 bit)"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftevflxm_w
    "Max.-Wert Kennfeld Öffnungsfaktor TEV (16 bit)"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftexohk
    "Einfluß von Lambda auf die exotherme Temperaturerhöhung im Hauptkat"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384D4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftexovk
    "Einfluß von Lambda auf die exotherme Temperaturerhöhung im Vorkat"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384D4F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftho_w
    "Faktor Korrektur Höhe und Temperatur"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftkhk_w
    "Temperatureinfluß vor Hauptkatalysator durch kalten Motor"
    SWORD
    fak_q0p00347_JsK
    1
    100
    -113.778
    113.774

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38506C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38506C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38506C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38506C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftkhx_w
    "Temperatureinfluß im LSU-Sechskant durch kalten Motor"
    SWORD
    fak_q0p00347_JsK
    1
    100
    -113.778
    113.774

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftklra_w
    "Korrekturfaktor für temperaturabhängigen Adaptionsfaktor"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38541E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38541E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38541E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38541E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftko2sp_w
    "Faktor Temperaturkompensation O2-Speicher"
    UWORD
    fak_uw_b64
    1
    100
    0
    63.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381634
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381634 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381634 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381634 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftkvk_w
    "Temperatureinfluß vor Vorkatalysator durch kalten Motor"
    SWORD
    fak_q0p00347_JsK
    1
    100
    -113.778
    113.774

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38506E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38506E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38506E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38506E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftmagr
    "Korrekturfaktor uber Temperatur tagrv (AGR-Ventil)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DFB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DFB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DFB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DFB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftprsol
    "Korrekturfaktor Solldruck abh. von tmot"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380833
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380833 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380833 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380833 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftr_w
    "Faktor Regenerationszeitvergleich Modell und gemessen"
    SWORD
    fak_q0p000488
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3851E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftsr
    "Korrekturfaktor Lufttemperatur im Saugrohr"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E00 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E00 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftsr_w
    "Korrekturfaktor Lufttemperatur im Saugrohr"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385392
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385392 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385392 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385392 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftstm
    "Faktor Motortemperaturabhängigkeit bei Schließzeitberechnung"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fttkbks
    "Faktor zur Wirkungsgradkorrektur der EKP über Tankinnentemperatur"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380744 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380744 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftu
    "Faktor Temperatur Umgebung"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftvdk
    "Korrekturfaktor Temperatur vor Drosselklappe"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftvdk_w
    "Korrekturfaktor Temperatur vor Drosselklappe"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385394
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385394 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385394 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385394 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftw_w
    "Faktor Temperaturgewichtung twandsr, tasr"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385396
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385396 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385396 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385396 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fub
    "Faktor Ubat- Abhängigkeit bei Schließzeitberechnung"
    UBYTE
    fak_ub_b8
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fubaanz
    "Anzahl der Funkenpakete Funkenbandzündung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fubaanz_i
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF24C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24C 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24C INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fubkor_w
    "U_bat Tastverhältnis-Korrekturfaktor in %HRLSU"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38291C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38291C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38291C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38291C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupehoms_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung Intergas Einl.von NW in HOM"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385362
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385362 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385362 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385362 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupenhss_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung Intergas von NW Einl in NHS"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385364
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385364 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385364 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385364 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupeschs_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung Intergas von NW Einl in SCH"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385366
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385366 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385366 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385366 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupohoms_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung roh Intergas von NW in HOM"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385368
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385368 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385368 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385368 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fuponhss_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung Intergas von NW roh in NHS"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38536A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38536A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38536A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38536A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fuposchs_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung Intergas von NW roh in SCH"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38536C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38536C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38536C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38536C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupshoms_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung Intergas von NW in HOM"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38536E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38536E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38536E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38536E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupsnhss_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung Intergas von NW  in NHS"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385370
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385370 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385370 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385370 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupsrlro_w
    "Rohwert für Faktor systembezogene Umrechnung Druck auf Füllung"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385350
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385350 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385350 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385350 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupsrluk_w
    "Faktor systembezogene Umrechnung Druck auf Füllung (16-Bit) unkorrigiert"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385352
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385352 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385352 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385352 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupsrl_w
    "Faktor systembezogene Umrechnung Druck auf Füllung (16-Bit)"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385354
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385354 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385354 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385354 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupsschs_w
    "Faktor Umrechnung Solldruck Intergas in Sollfuellung Intergas von NW  in SCH"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385372
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385372 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385372 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385372 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furla_w
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (Grundwert) bei Auslaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furle_w
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (Grundwert) bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furlia_w
    "Interpolation zwischen den Kennfeldern KFURLA und KFURLKL2A"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furlie_w
    "Interpolation zwischen den Kennfeldern KFURLE und KFURLKL2E"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furlkl2a_w
    "Umrechnungsfaktor von ps->rl abh.von NW-Verstell. bei akt.2.Klappe bei Auslaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furlkl2e_w
    "Umrechnungsfaktor von ps->rl abh.von NW-Verstell. bei akt.2.Klappe bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furlsua_w
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell.(bei SU) bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furlsue_w
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (bei SU) bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0
    0.299995

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fuskbks
    "Faktor Startüberschwingerkorrektur in %BKS"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380745
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380745 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380745 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380745 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvade_w
    "Faktor ÜK bei VA Direkteinspritzung"
    SWORD
    fak_sw_b256
    1
    100
    -256
    255.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvans
    "Nachstartfaktor der ÜK bei VA"
    UBYTE
    fak_ub_b8
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvavst_w
    "Faktor ÜK-Verstellung bei Verzögerungsabmagerung"
    SWORD
    fak_sw_b256
    1
    100
    -256
    255.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvermte_w
    "Faktor Vermischung Regeneriergas im Saugrohr"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvisrm_w
    "Faktor Verstärkung Integrator Saugrohrmodell"
    UWORD
    p_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385356
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385356 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385356 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385356 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvst_bt
    "Faktor Vorsteuerung im Befehlstest"
    UWORD
    fak_uw_b64
    1
    100
    0
    63.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvst_w
    "Faktor Vorsteuerung"
    UWORD
    fak_uw_b64
    1
    100
    0
    63.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwe
    "Faktor Wiedereinsetzen"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwl
    "Faktor Warmlauf"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwlbl
    "Faktor Warmlauf bei Basislast"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwlrl
    "Faktor Warmlauf lastabhängiger Anteil"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwmifabg
    "Überhöhungsfaktor für Momenten-Änderungsbegrenzung"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380930
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380930 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380930 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380930 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwmifal
    "Überhöhungsfaktor Füllungspfad bei Lastschlagdämpfung"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380931
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380931 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380931 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380931 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwnwvs_w
    "Faktor zur Wichtung der Nockenwellenverstellung zwischen Ein- und Auslaßseite"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwprhom_w
    "Faktor Preadiktionswinkel bezogen auf Segment für Homogenbetrieb"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwprsch_w
    "Faktor Preadiktionswinkel bezogen auf Segment für Schichtbetrieb"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwprs_w
    "Faktor Preadiktionswinkel bezogen auf Segment"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwsanfkw_w
    "Verhältnis der Wärmestromforderung und erreichbarem wsreal_w zum Kat-Warmhalten"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385564
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385564 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385564 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385564 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwvsrw_w
    "Faktor Wärmeverluste von Füllung im Saugrohr an Saugrohrwand"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385398
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385398 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385398 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385398 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwzlsd
    "Reduktionsfaktor Zeitkonstante Lastschlagdämpfung"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EAE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EAE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzabgs_w
    "Fehlerzähler Summe, zählt abgasrelevante Aussetzer über alle Zylinder"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38116A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38116A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38116A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38116A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzabg_w
    "Aussetzerzähler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38116C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38116C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38116C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38116C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzans1
    "Faktor Abregelung Nachstart ohne Berücksichtigung des Startmengenadaptionswerts"
    UBYTE
    fak_ub_b0p25
    1
    100
    0
    0.249023

    
    FORMAT "%11.9"
    
    ECU_ADDRESS 0x3807C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzarv_w
    "Fehlerzähler, zählt Aussetzer über alle Zylinder"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381174
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381174 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381174 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381174 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzdash
    "Faktor Zeitkonstante Dashpot"
    UBYTE
    rfak_q0p5
    1
    100
    0.501961
    128

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EAF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EAF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EAF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EAF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzgmin_w
    "minimaler Eingriffsfaktor Zylindergleichstellung aus Array über alle Zylinder"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3853FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzg_um
    "Faktor Zylindergleichstellung"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38097C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzg_w
    "Eingriffsfaktor Zylindergleichstellung, Array über alle Zylinder"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381EA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381EA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381EA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381EA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzkats1_w
    "Fehlerzähler Summe Bank 1, zählt katschädigende Aussetzer über alle Zyl. Bank 1"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381176
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381176 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381176 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381176 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzkats2_w
    "Fehlerzähler Summe Bank 2, zählt katschädigende Aussetzer über alle Zyl. Bank 2"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381178
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381178 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381178 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381178 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzkats_w
    "Fehlerzähler Summe, zählt katschädigende Aussetzer über alle Zylinder"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38117A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38117A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38117A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38117A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzkat_w
    "Fehlerzähler Zdg.  x, zählt kat.schädigende (gewichtete) Aussetzer an Zündung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38117C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38117C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38117C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38117C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzmd
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x383A3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzwmn_w
    "Abregelfaktor Spätwinkel im Nachstart"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    f_flags_uc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    f_flags_um
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380402
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380402 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380402 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380402 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangauti
    "bei Automatikgetriebe über CAN empfangener aktueller Gang"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38057B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangautic
    "Ganginformation aus der CAN-Botschaft Getriebe"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380561
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380561 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380561 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380561 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangep
    "Gang entprellt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380695
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380695 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380695 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380695 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangi
    "Ist-Gang"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangllr
    "Ganginformation zur Berechnung der Leerlaufdrehzahl"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EA3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gaptooth
    "Stand des Zahnzählers zur Lückenabfrage"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF367
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF367 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF367 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF367 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggdpgBitsKgs
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGFGRHlokbits0
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGFSTbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383279
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383279 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383279 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383279 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGHLAausbits1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggo2lsuAusBits10ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF484
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF484 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF484 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF484 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggo2lsuAusBits10ms_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF485
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF485 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF485 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF485 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggo2lsuLokBits10ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF486
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF486 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF486 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF486 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGPEDlokbits
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGPEDlokbits2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGPEDnonVolbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383281
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383281 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383281 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383281 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggrtlsuAusBits10ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggrtlsuAusBits10ms_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A28 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A28 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggrtlsuLokBits10ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A29
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A29 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A29 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A29 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGUBRausbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGUBRausbitsNOV1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383278
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383278 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383278 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383278 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giaaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giaddsv
    "Fehlerindex (DFP), der Funktion Diagnose Drucksteuerventil sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giafra
    "Kürzel für: Grund für Inhibit der multiplikativen Adaption der LRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giafrat
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giaora
    "Kürzel für: Grund für Inhibit der additiven Adaption der LRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giateh
    "Kürzel für: Grund für Inhibit der Tankentlüftung bei hoher Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giatel
    "Kürzel für: Grund für Inhibit der Tankentlüftung bei niedriger Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giatem
    "Kürzel für: Grund für Inhibit der Tankentlüftung bei mittlerer Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giaten
    "Fehlerindex (DFP), der Funktion Notlauf-Tankentlüftung sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giatevh
    "Fehlerindex (DFP), der Funktion Diagnose TEV homogen sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383ED9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ED9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ED9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ED9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giatevm
    "Fehlerindex (DFP), der Funktion Diagnose TEV mager sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EDA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EDA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EDB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EDB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EDB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EDB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibagra
    "Fehlerindex (DFP), der Funktion AGR Adaption sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EDC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EDC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibdlsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EDD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EDD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EDD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EDD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibfrst
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EDE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EDE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibfups
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EDF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EDF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EDF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EDF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibhmm
    "DFP, der Fkt BDE-Mode Homogen-Mager sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibhom
    "DFP, der Fkt BDE-Mode Homogen sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibhos
    "DFP, der Fkt BDE-Mode Homogen-Schicht sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibktsp
    "Fehlerindex (DFP), der Funktion Kat.-Sprungdiagnose sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giblahh
    "Fehlerindex (DFP), der Funktion LambdaShift HOM-SchwingPrüf LS HK sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giblahh2
    "Fehlerindex (DFP), der Funktion LambdaShift HOM-SchwingPrüf LS HK Bank2 sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giblash
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibllrh
    "Fehlerindex (DFP), der Funktion Drehzahlabweichung HOM sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibllrm
    "Fehlerindex (DFP), der Funktion Drehzahlabweichung SCH sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    giblsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibpbri
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EEA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EEA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibplsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EEB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EEB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EEB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EEB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibsch
    "DFP, der Fkt BDE-Mode Schicht sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EEC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EEC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibskh
    "DFP, der Fkt BDE-Mode Schicht-Kat-Heizen sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibtest
    "Fehlerindex (DFP), der Funktion Tankentlüftungsstop sperrt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EEE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EEE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibtevp
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EEF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EEF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EEF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EEF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gibtkp
    "Grund für Inhibit der passiven thermischen Katalysatordiagnose (Fehlerpfad-Nr.)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gicaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gkc_c_uc
    "Fehlerzähler für Gemischkorrekturen außerhalb der Toleranz im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380983
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380983 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380983 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380983 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gkc_c_um
    "Fehlerzähler für Gemischkorrekturen außerhalb der Toleranz"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38043B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38043B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38043B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38043B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gkc_x_uc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38098E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gkc_y_uc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38098F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gklfnssm
    "Ausgang Kennlinie FNSSM (Nachstartfaktor tmst-abhängig)"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gklfnssmh
    "Ausgang Kennlinie FNSSMHSP (Nachstartfaktor bei Homogen-Lamdasplit)"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gprsolfn_w
    "Negativer Gradient,Gradient Limiter- Raildruck-Sollwert."
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38210A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38210A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38210A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38210A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gprsolfp_w
    "Positiver Gradient, Gradient Limiter- Raildruck-Sollwert,"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38210C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38210C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38210C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38210C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    grdwof
    "Abstand 1. zu 2. SW-Bezugsmarke in °KW"
    UBYTE
    kw_q1
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    grundwert
    "Abstand SW-Bezugsmarke zu OT in °KW"
    UBYTE
    kw_q1
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gsluts_w
    "gewichteter Istwert-Laufgrenze (Streuung der Kurbelwelle-Winkelbeschleunigungen)"
    UWORD
    luquant
    1
    100
    0
    409.266

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gwdkdlr_w
    "Änderung des Drosselklappen-Sollwinkels, Betrag für Kennlinieneingang"
    SWORD
    relDK_q0p00152
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF3E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3E0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3E0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gwdk_kge
    "Änderung des Drosselklappen-Sollwinkels, Betrag für Kennlinieneingang"
    UWORD
    relDK_q0p00152
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38194A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38194A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38194A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38194A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gwhpos
    "Getriebe-Wählhebelposition"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380562
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380562 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380562 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380562 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxaaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxaddsv
    "Funktionsindex, der Freigabe von Drucksteuerventil verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxafra
    "Kürzel für: Grund für Exklusion der multiplikativen Adaption der LRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxafrat
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxaora
    "Kürzel für: Grund für Exklusion der additiven Adaption der LRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxateh
    "Kürzel für: Grund für Exklusion der Tankentlüftung bei hoher Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxatel
    "Kürzel für: Grund für Exklusion der Tankentlüftung bei niederer Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxatem
    "Kürzel für: Grund für Exklusion der Tankentlüftung bei mittlerer Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EF9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EF9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EF9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EF9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxaten
    "Funktionsindex, der Freigabe von Notlauf-Tankentlüftung verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EFA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EFA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxatevh
    "Funktionsindex, der Freigabe von Diagnose TEV homogen verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EFB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EFB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EFB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EFB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxatevm
    "Funktionsindex, der Freigabe von Diagnose TEV mager verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EFC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EFC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EFD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EFD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EFD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EFD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbagra
    "Funktionsindex, der Freigabe von AGR Adaption verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EFE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EFE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbdlsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383EFF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383EFF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383EFF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383EFF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbfrst
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F00 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F00 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbfups
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbhmm
    "FID, das Freig. v. BDE-Mode Homogen-Mager verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbhom
    "FID, das Freig. v. BDE-Mode Homogen verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbhos
    "FID, das Freig. v. BDE-Mode Homogen-Schicht verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbktsp
    "Funktionsindex, der Freigabe von Kat.-Sprungdiagnose verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxblahh
    "Funktionsindex, der Freigabe von LambdaShift HOM-SchwingPrüf LS HK verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxblahh2
    "Fkt-index, der Freigabe von LambdaShift HOM-SchwingPrüf LS HK Bank2 verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxblash
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbllrh
    "Funktionsindex, der Freigabe von Drehzahlabweichung HOM verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbllrm
    "Funktionsindex, der Freigabe von Drehzahlabweichung SCH verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxblsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbpbri
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F0C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F0C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbplsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F0D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F0D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F0D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F0D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbsch
    "FID, das Freig. v. BDE-Mode Schicht verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbskh
    "FID, das Freig. v. BDE-Mode Schicht-Kat-Heizen verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbtest
    "Funktionsindex, der Freigabe von Tankentlüftungsstop verhindert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbtevp
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F11
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F11 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F11 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F11 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxbtkp
    "Grund für Exklusion der passiven thermischen Katalysatordiagnose (FID)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F12 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F12 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gxcaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F13
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F13 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F13 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F13 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hdevpara1
    "HDEV-Endstufe Parameterregister 1"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DA9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hdevpara2
    "HDEV-Endstufe Parameterregister 2"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DAA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DAA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hdevpara3
    "HDEV-Endstufe Parameterregister 3"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DAB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DAB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DAB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DAB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hdevpara4
    "HDEV-Endstufe Parameterregister 4"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DAC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DAC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hdevscon
    "HDEV-Endstufe SCON-Register (Sollwert)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hdevsconrd
    "HDEV-Endstufe SCON-Register (Istwert)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hdrerrf_w
    "gefilterter Reglerausgang Raildruckregelung"
    SWORD
    p_q0p0005
    1
    100
    -16.384
    16.3835

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382154
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382154 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382154 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382154 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hdrerri_w
    "Gefilterte Regelabweichung Raildruckregelung, instationärer Anteil"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    HDRPISTausbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380831
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380831 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380831 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380831 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hno0u_w
    "Temperaturdifferenzsignal aktuelle Reglereingangsgröße"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38519C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38519C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38519C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38519C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hno0y_w
    "Leistungssignal aktuelle Reglerausgangsgröße"
    SWORD
    leist_q0p00244
    1
    100
    -80
    79.9976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38519E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38519E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38519E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38519E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hno1u_w
    "50ms verzögertes Reglereingangssignal"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hno1y_w
    "50ms verzögertes Reglerausgangssignal"
    SWORD
    leist_q0p00244
    1
    100
    -80
    79.9976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3851A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hno2u_w
    "100ms verzögertes Reglereingangssignal"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hno2y_w
    "100ms verzögertes Reglerausgangssignal"
    SWORD
    leist_q0p00244
    1
    100
    -80
    79.9976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3851A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hoscfkm_w
    "Halbe Sauerstoffspeicherfähigkeit des Vorkats, modelliert"
    UWORD
    m_q0p1_mg
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385246
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385246 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385246 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385246 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hrlsuAusBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hrlsuAusBits_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hrlsuLokBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hrlsuLokBits_2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hrscfkm_w
    "Halbe Fettgasspeicherfähigkeit des Vorkats, modelliert"
    UWORD
    m_q0p1_mg
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385248
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385248 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385248 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385248 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hymbdefa
    "Hysterese für Fahrerwunschmoment für Bestimmung von BDE-Betriebsartenwunsch"
    UBYTE
    rel_q0p39
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hymbdemx
    "Max. Hysterese für Fahrerwunschmoment für Bestimmung von BDE-Betriebsartenwunsch"
    UBYTE
    rel_q0p39
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iasp1plaus_w
    ""
    UWORD
    spg_uw_b5
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ibdemodsu
    "interner BDE-Betriebsartenwunsch Schwefelausräumen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D88 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D88 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idttk_w
    "Integrierte Temperaturdifferenz im Diagnosefenster"
    SWORD
    temp_q6
    1
    100
    -196608
    196602

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x3852A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfob
    "Index: Kennzeichnet den aktuellen KF-Bereich (Drehz., Last)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380584 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380584 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfofl
    "Index: Kennzeichnet den aktuellen Unterbereich (fuel-off Adaption)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfofn
    "Drehzahlindex für Drehzahlbereich der fuel-off Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfol
    "Index: Kennzeichnet den aktuellen Unterbereich"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380585
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380585 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380585 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380585 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfomi
    "Momentenindex für Betriebsbereich der fuel-on Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380586
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380586 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380586 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380586 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfon
    "Drehzahlindex für Betriebsbereich der fuel-on Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380587
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380587 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380587 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380587 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iftkavx_w
    "Fettflächenschwelle = f(tikatm_w,avkatf)"
    UWORD
    m_uw_b291p25
    1
    100
    0
    291.267

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38562C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38562C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38562C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38562C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ignDelayCtr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF24D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24D 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24D INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ignitioz_w
    "Anzahl Zündung, Übergabe an Zustandsautomat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    igod_w
    "Integratorgradient für Nulltest-Diagnose Klopfregelung"
    SWORD
    tknockintgrad_sy
    1
    100
    -3051.52
    3051.43

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    igokr_w
    "Integratorgradient für Offsetkorrektur Klopfregelung (Word)"
    SWORD
    tknockintgrad_sy
    1
    100
    -3051.52
    3051.43

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iintpid_w
    "Initialisierungswert für den Integrator INTPID des PID-Reglers"
    UWORD
    rel_uw_b200
    1
    100
    0
    99.9969

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385614
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385614 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385614 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385614 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikakdiff_w
    "Abweichung des invertierten, gefilterten Faktors Gemischkorrektur"
    SWORD
    fak_q0p000488
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikakormf_w
    "Invertierter, gefilterter Wert des Faktors Gemischkorrektur"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikakormt_w
    "Invertierter Wert des Faktors Gemischkorrektur"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikakreff_w
    "Referenzwert des invertierten, gefilterten Faktors Gemischkorrektur"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikr
    "Integratorwert Klopfregelung offsetkorrigiert"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    ARRAY_SIZE 8
    ECU_ADDRESS 0xE418
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xE418 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xE418 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xE418 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrma
    "Integratorwert Klopfregelung Meßfensteranfang"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380858 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380858 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrme
    "Integratorwert Klopfregelung Meßfensterende"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    ARRAY_SIZE 8
    ECU_ADDRESS 0xE420
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xE420 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xE420 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xE420 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrmen
    "Integratorwert Klopfregelung Meßfensterende Nulltest"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380859
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380859 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380859 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380859 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrmet
    "Integratorwert Klopfregelung Meßfensterende Testimpuls"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38085A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38085A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38085A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38085A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikr_tst
    "Integratorwert Klopfregelung offsetkorregiert rollierend mit Zyl.zähler"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38085B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38085B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38085B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38085B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ilmlka_w
    "Integrator Fettfläche für Katalysator-Ausräumen"
    UWORD
    m_uw_b4660
    1
    100
    0
    4660.27

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3828B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ilmlktx_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ilmltkx_w
    "Ausgang Kennlinie ILMLKAXTK"
    UWORD
    m_uw_b291p25
    1
    100
    0
    291.267

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38562E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38562E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38562E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38562E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imkkvszs_w
    "Zwischenspeicher: Kraftstoff nach Auftreten eines DKVS Fehles bei leerem Tank"
    UWORD
    m_q2p37em4
    1
    100
    0
    15.5341

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imkkvs_w
    "Kraftstoffmasse nach Auftreten eines DKVS Fehles bei leerem Tank"
    UWORD
    m_q2p37em4
    1
    100
    0
    15.5341

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38543E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38543E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38543E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38543E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlatm
    "integr. Luftmassenfluss ab Motorstart bis Max.wert"
    UBYTE
    m_ub_b23p3
    1
    100
    0
    23.2107

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384D10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlatm_w
    "integr. Luftmassenfluss ab Startende bis max. Wert, (Word)"
    UWORD
    m_uw_b23p3
    1
    100
    0
    23.3013

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385070
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385070 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385070 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385070 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlbbo
    "Integrator Luftmasse für Erkennung Benzin im Öl"
    UBYTE
    m_ub_b23p3
    1
    100
    0
    23.2107

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x383F8F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F8F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F8F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F8F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlevab_w
    "Luftmasse nach Zylinderausblendung für stetige Lambdaregelung"
    UWORD
    m_uw_b4660
    1
    100
    0
    4660.27

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382890
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382890 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382890 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382890 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlfta_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU fett (Typa)"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385652 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385652 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlftb_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU fett (Typ b)"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384C52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlka_w
    "Integrator Luftmasse für Katalysator-Ausräumen"
    UWORD
    m_uw_b291p25
    1
    100
    0
    291.267

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3828B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imllaka_w
    "Integrator Fettfläche für Katalysator-Ausräumen"
    UWORD
    m_uw_b291p25
    1
    100
    0
    291.267

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3828B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imllaki_w
    "Katdiagnose: interner Wert Fettfläche für Katalysator-Ausräumen"
    UWORD
    m_uw_b291p25
    1
    100
    0
    291.267

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3852B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imllako_w
    "Katdiagnose: interner alter Wert Fettfläche für Katalysator-Ausräumen"
    UWORD
    m_uw_b291p25
    1
    100
    0
    291.267

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3852B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imllfka_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlmra_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU mager (Typ a)"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385654 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385654 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlmrb_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU mager (Typ b)"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384C54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlna_w
    "Integrierte Luftmasse zum Setzen des Fehlers Sonde nicht aktiv"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38564C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38564C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38564C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38564C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlplhe_w
    "Integrierte Luftmasse zum Heilen/Zyklusflag setzen in der Funktion DPLLSU"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385656 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385656 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlrlhk_w
    "Luftmasse nach Instationärbetrieb (drlas_w > DRLLRHKO ODER drlas < DRLLRHKU)"
    UWORD
    m_uw_b7281
    1
    100
    0
    7281.67

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38563A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38563A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38563A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38563A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlrsa_w
    "Luftmasse nach SA für stetige Lambdaregelung"
    UWORD
    m_uw_b4660
    1
    100
    0
    4660.27

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382892
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382892 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382892 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382892 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imsteini
    "Integral Massenstrom TEV nach längerem TE-Stop"
    UBYTE
    m_ub_q0p0444
    1
    100
    0
    11.322

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EC5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaaaaa
    "Dummy fid: Inactive Counter eines fid (Mode A)"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384300
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384300 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384300 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384300 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaaddsv
    "Inaktivzeiten-Zähler von Drucksteuerventil"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384302
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384302 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384302 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384302 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaafra
    "Inactive Counter: Mode A, multiplikativer Adaptionsbereich der LRA"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384304
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384304 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384304 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384304 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaafrat
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384306
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384306 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384306 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384306 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaaora
    "Inactive Counter: Mode A, additiver Adaptionsbereich der LRA"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384308
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384308 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384308 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384308 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaateh
    "Inactive Counter: Mode A, Tankentlüftung bei hoher AKF-Beladung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38430A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38430A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38430A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38430A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaatel
    "Inactive Counter: Mode A, Tankentlüftung bei niedriger AKF-Beladung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38430C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38430C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38430C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38430C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaatem
    "Inactive Counter: Mode A, Tankentlüftung bei mittlerer AKF-Beladung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38430E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38430E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38430E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38430E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaaten
    "Inaktivzeiten-Zähler von Notlauf-Tankentlüftung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384310
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384310 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384310 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384310 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaatevh
    "Inaktivzeiten-Zähler von Diagnose TEV homogen"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384312
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384312 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384312 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384312 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inaatevm
    "Inaktivzeiten-Zähler von Diagnose TEV mager"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384314
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384314 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384314 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384314 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabaaa
    "Dummy fid: Inactive Counter eines fid (Mode B)"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384316
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384316 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384316 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384316 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabagra
    "Inaktivzeiten-Zähler von AGR Adaption"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384318
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384318 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384318 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384318 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabdlsu
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38431A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38431A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38431A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38431A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabfrst
    "Inactive Counter: Mode B, Kurztest der LR"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38431C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38431C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38431C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38431C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabfups
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38431E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38431E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38431E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38431E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabhmm
    "InaktZeiten-Zähler von BDE-Mode Homogen-Mager"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384320
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384320 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384320 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384320 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabhom
    "InaktZeiten-Zähler von BDE-Mode Homogen"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384322
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384322 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384322 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384322 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabhos
    "InaktZeiten-Zähler von BDE-Mode Homogen-Schicht"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384324
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384324 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384324 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384324 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabktsp
    "Inaktivzeiten-Zähler von Kat.-Sprungdiagnose"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384326
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384326 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384326 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384326 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inablahh
    "Inaktivzeiten-Zähler von LambdaShift HOM-SchwingPrüf LS HK"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384328
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384328 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384328 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384328 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inablahh2
    "Inaktivzeiten-Zähler von LambdaShift HOM-SchwingPrüf LS HK Bank2"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38432A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38432A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38432A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38432A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inablash
    "Inactive Counter: Mode B, Schwingungsprüfung in DLSAHK"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38432C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38432C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38432C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38432C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabllrh
    "Inaktivzeiten-Zähler von Drehzahlabweichung HOM"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38432E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38432E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38432E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38432E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabllrm
    "Inaktivzeiten-Zähler von Drehzahlabweichung SCH"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384330
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384330 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384330 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384330 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inablsu
    "Inactive Counter: Mode B, Dynamikprüfung in DLSU"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384332
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384332 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384332 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384332 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabpbri
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384334
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384334 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384334 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384334 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabplsu
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384336
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384336 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384336 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384336 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabsch
    "InaktZeiten-Zähler von BDE-Mode Schicht"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384338
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384338 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384338 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384338 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabskh
    "InaktZeiten-Zähler von BDE-Mode Schicht-Kat-Heizen"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38433A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38433A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38433A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38433A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabtest
    "Inactive Counter: Mode B, TEV-Ansteuerung für Leckdiagnose"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38433C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38433C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38433C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38433C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabtevp
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38433E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38433E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38433E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38433E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inabtkp
    "Inactive Counter der passiven thermischen Katalysatordiagnose"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384340
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384340 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384340 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384340 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inacaaa
    ""
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384342
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384342 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384342 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384342 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    intlash_w
    "Integrator (Rampe) für Lambdasoll Test Schwingungsprüfung h. KAT"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383FCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    intlocv_w
    "Integral Lightoff-Kurve unkorrigiert"
    UWORD
    m_uw_q4p0ppmmuls
    1
    100
    0
    262144

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385116
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385116 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385116 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385116 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    intluin_w
    "Laufunruheadaptationgeschwindigkeit"
    SWORD
    fak_sw_b10
    1
    100
    -10
    9.99969

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38222C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38222C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38222C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38222C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    intluout_w
    "AGR-Laufruhe-Überhöhung"
    UWORD
    fak_uw_b5p12
    1
    100
    0
    5.11992

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38222E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38222E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38222E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38222E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    invlamf_w
    "Gefiltertes inverses Soll-Lambda im Krümmer mit Sek.luft ohen Zwangsampl."
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    invlam_w
    "Inverses Soll-Lambda im Krümmer nach Sekundärluft ohne Zwangsamplitude"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inx
    "Index zum Auslesen der Arrays"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D62 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D62 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inxfspa
    "Index zum Einlesen von fspa"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iokkr
    "Integratoroffsetkorrektur Klopfregelung"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38085C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38085C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38085C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38085C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipa_c_um
    "Fehlerzähler für unterer DK-Anschlag im ungültigen Bereich f. d. Funktionsüberw."
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38041A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38041A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38041A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38041A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipiprk_w
    "Pumpstrom IP LSU, korrigiert um Referenzpumpstrom"
    SWORD
    i_q1_uA
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF48C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF48C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF48C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF48C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipkorp_w
    "Pumpstrom IP LSU, druckkorrigiert"
    SWORD
    i_q1_uA
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF48E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF48E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF48E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF48E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipktk_w
    "Pumpstrom IP LSU, temperaturkorrigiert"
    SWORD
    i_q1_uA
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF490
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF490 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF490 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF490 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iplsuvj_w
    "Pumpstrom IP LSU"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385642
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385642 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385642 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385642 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iprefanf
    "Referenzpumpstrom LSU"
    UBYTE
    dez
    1
    100
    0
    15

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384D11
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D11 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D11 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D11 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iproh_w
    "Pumpstrom IP LSU, Rohwert"
    SWORD
    i_q1_uA
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF492
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF492 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF492 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF492 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipsn_um
    "aktive DK-Istwertpoti-Info ohne unteren Anschlag für die Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38041B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38041B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38041B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38041B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    irspsyn
    "Index für Ringspeicheradressierung tsegrsp_w, nmotrsp_w, rlrsp_w"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    itanfsu_w
    "interne geforderte Abgastemperatur während Katalysatorheizung zum Entschwefeln"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385282
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385282 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385282 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385282 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iUipoti1_w
    "ADC-Wert incl. Kanalnummer Drosselklappen-Istwert-Poti 1"
    UWORD
    DEZ
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF2BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2BC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2BC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iUipoti2_w
    "ADC-Wert incl. Kanalnummer Drosselklappen-Istwert-Poti 2"
    UWORD
    DEZ
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF2B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iUspoti1_w
    "ADC-Wert incl. Kanalnummer, Sollwertpoti 1"
    UWORD
    DEZ
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF2AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iUspoti2_w
    "ADC-Wert incl. Kanalnummer, Sollwertpoti 2"
    UWORD
    DEZ
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF2AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iver
    "Integratorverstärkung"
    UBYTE
    rel_q0p002383
    1
    100
    0
    0.607617

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380920
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380920 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380920 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380920 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivmax
    "Initialisierungswert Integrator für VMAX-Regelung"
    SBYTE
    rel_sb_q0p78
    1
    100
    -99.84
    99.06

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380966
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380966 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380966 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380966 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivzabg_w
    "Intervallzähler für abgasrelevante Aussetzer (0-1000 KW-Umdr. bzw. 0-500 NW-Um.)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381184
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381184 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381184 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381184 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivzaint_w
    "Intervallzähler für Freigabe ti-Abschaltung (0-200 Kw-Umdr.)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381186
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381186 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381186 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381186 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivzarv_w
    "Intervallzähler für Aussetzer (0-60 KW-Umdr.), zur Ausblendung weiterer Funktion"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381188
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381188 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381188 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381188 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivzkat_w
    "Intervallzähler für katschädigende Aussetzer (0-200 Kw-Umdr. bzw. 0-100 NW-Um.)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38118A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38118A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38118A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38118A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iwdesue_w
    "Integratorwert fuer normierten Waermestrom"
    UWORD
    fak_uw_q0p0625
    1
    100
    0
    4095.94

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385212
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385212 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385212 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385212 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iwfno
    "Integratorwert zur Freigabe B_novalid"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384D76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D76 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D76 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iwmatmk_w
    "Wärmemenge für Kondenswasser-Taupunktende Kat (word)"
    UWORD
    q_q0p4551
    1
    100
    0
    29825.7

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385072
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385072 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385072 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385072 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iwmatm_w
    "Wärmemenge für Kondenswasser-Taupunktende Abgas/Kat (word)"
    UWORD
    q_q0p4551
    1
    100
    0
    29825.7

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385074
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385074 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385074 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385074 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iwsanfsu_w
    "interner thermischer Abgasenergiestrom während Katheizen zum Entschwefeln"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385284
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385284 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385284 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385284 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    izkwdbks_w
    "Integralzähler KW-Umdrehungen DBKS"
    UWORD
    kw_q0p01667
    1
    100
    0
    1092.25

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385318
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385318 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385318 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385318 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kadhcte
    "Lerngeschwindigkeit Adaption Beladung"
    UBYTE
    perio_q0p03906
    1
    100
    0
    9.96094

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kanstpro_w
    "Aufsteuergeschwindigkeit spez. Kraftstoffrate"
    UWORD
    perio_q1p49em6
    1
    100
    0
    0.0976547

    
    FORMAT "%10.8"
    
    ECU_ADDRESS 0x382A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ke
    "Klopferkennungsschwelle aus Kennfeld"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384E85
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E85 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E85 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E85 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kek
    "Klopferkennungsschwelle korrigiert"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380878
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380878 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380878 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380878 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kek_tst
    "Klopferkennungsschwelle korrigiert rollierend mit Zyl.zähler"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38087C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38087C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38087C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38087C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfgr_w
    "Verstärkungsfaktor FGR-Regler"
    UWORD
    rel_uw_b3200
    1
    100
    0
    3199.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381998
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381998 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381998 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381998 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfkfnswrl
    "Ausgang Kennfeld KFNSWRL (Nachstartfaktor abhängig von tmst und rlp)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfmdshom_w
    "Schleppmoment für den Homogenbetrieb"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfmdsmn_w
    "Schleppmoment bei Umgebungdruck"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382502 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382502 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfmds_w
    "Schleppmoment Drehzahl- und Lastabhängigkeit                     |"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382504
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382504 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382504 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382504 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfoelkbi_nmot
    ""
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380563
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380563 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380563 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380563 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfqtkwp
    ""
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EEF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EEF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EEF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EEF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfzwsc
    "Zündwinkel im Schichtbetrieb aus KFZWSCH"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380797
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380797 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380797 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380797 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    khcakf_w
    "HC Konz. des AKF"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385684
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385684 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385684 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385684 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    khcch_w
    "HC Konz. Hauptkapazität AKF"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385686
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385686 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385686 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385686 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    khctev_w
    "HC Konz. am TEV"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385688
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385688 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385688 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385688 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    khc_w
    "Adaptierte HC-Konzentration Regenerierstrom"
    SWORD
    fak_sw_b2
    1
    100
    -2
    1.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38568A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38568A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38568A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38568A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kifz_w
    "Verstärkung des Fahrzeugmodells"
    UWORD
    fak_uw_b4864
    1
    100
    0
    4863.93

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382534
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382534 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382534 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382534 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kinmx
    "Verstärkung Integralanteil der NMAX-Regelung"
    UBYTE
    relnmot_q0p01907
    1
    100
    0
    4.86374

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380955
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380955 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380955 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380955 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klah
    "Kühlleistungsanhebung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klahc
    "Angeforderte Kühlleistungsanhebung über CAN"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380564
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380564 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380564 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380564 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klahtmsmx
    "Kühlleistungsanhebung bei Überschreitung der Motortemperaturschwellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamnf_uc
    "zeitverzögerter Kehrwert von Lambda nach Lowpassfilter  (Senkung) im Befehlstest"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380990
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380990 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380990 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380990 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamnf_um
    "zeitverzögerter Kehrwert von Lambda nach Lowpassfilter  (Senkung)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38043E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38043E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38043E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38043E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamn_l_uc
    "Low Byte von klamnf_um aus Lowpassfilter im Befehlstest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380991
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380991 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380991 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380991 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamn_l_um
    "Low Byte von klamnf_um aus Lowpassfilter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38043F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38043F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38043F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38043F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klams_uc
    "Kehrwert von Lambdasoll im Befehlstest"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380984
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380984 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380984 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380984 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klams_um
    "Kehrwert von Lambdasoll in der Funktionsüberwachung"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38043C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38043C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38043C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38043C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamt_p_uc
    "Zeiger des Register klamt_r_um in der Funktionsüberwachung im Befehlstest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380992
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380992 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380992 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380992 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamt_p_um
    "Zeiger des Register klamt_r_um in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380440
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380440 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380440 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380440 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamt_r_uc
    ""
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380993
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380993 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380993 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380993 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamt_r_um
    "Register für zeitverzögerte Kehrwerte von Lambdasoll"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380441
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380441 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380441 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380441 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamxf_uc
    "zeitverzögerter Kehrwert von Lambda nach Lowpassfilter  (Anstieg) im Befehlstest"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38099B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamxf_um
    "zeitverzögerter Kehrwert von Lambda nach Lowpassfilter  (Anstieg)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380449
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380449 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380449 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380449 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamx_l_uc
    "Low Byte von klamxf_um aus Lowpassfilter im Befehlstest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38099C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klamx_l_um
    "Low Byte von klamxf_um aus Lowpassfilter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38044A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kldfpwm
    "Generatorsignal (Kl. DFM) als PWM-Signal filtriert"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF4C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4C8 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4C8 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kl_twstt_w
    "Ausgang Kennlinie TWSTT"
    UWORD
    t1sxs_uw_q1
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385426
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385426 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385426 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385426 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    km01tr
    "Triggersignal vom Kombi (Quantisierung 1km)"
    UWORD
    s_q1_km
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385010 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385010 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmdp1km_w
    "Zurückgelegte Fahrstrecke seit Fehlerspeicher Löschen oder Powerfail (1km/Ink.)"
    UWORD
    s_q1_km
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmsdk_w
    "Verstärkungsfaktor für Filterung von msdk"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381F38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmstand_w
    "Fahrstrecke des Fahrzeugs als Information über CAN"
    UWORD
    s_q6_km
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385012
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385012 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385012 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385012 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmstmil_w
    "Zurückgelegte Fahrstrecke mit MIL on"
    UWORD
    s_q1_km
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmst_w
    "Zurückgelegte Fahrstrecke seit Powerfail"
    UWORD
    s_q6_km
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x383FB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ko2vkin_w
    "Korrekturfaktor für Funktionspumstrom LSU aus Schubabgleich, Bypass-Wert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383BA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ko2vki_w
    "Korrekturfaktor für Funktionspumpstrom LSU (intern)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383BA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ko2vk_w
    "Korrekturfaktor für Funktionspumstrom LSU aus Schubabgleich"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381884
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381884 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381884 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381884 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    korrfak
    ""
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kral1_w
    "aktueller Wert Last-Adaptionsbereich 1"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kral2_w
    "aktueller Wert Last-Adaptionsbereich 2"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kral3_w
    "aktueller Wert Last-Adaptionsbereich 3"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kral4_w
    "aktueller Wert Last-Adaptionsbereich 4"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kral5_w
    "aktueller Wert Last-Adaptionsbereich 5"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krdwsw
    "aktueller KL-Wert der Sicherheitsspätverstellung"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38089D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38089D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38089D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38089D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krfkw
    "Aktueller Wert aus KRFKN"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38089E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38089E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38089E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38089E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krfkwz
    "Aktueller Wert aus KFKRFKN, zylinderindividuell"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38089F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38089F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38089F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38089F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krftp1_akt
    "aktuelles Tiefpaßverhalten"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38087D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38087D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38087D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38087D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krftpakt
    "aktuelles Tiefpaßverhalten"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38087E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38087E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38087E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38087E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krivk_u
    "Korrekturwert für den Innenwiderstand der Nernstzelle der LSU (byte)"
    SBYTE
    r_q10
    1
    100
    -1280
    1270

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krivk_w
    "Korrekturwert für den Innenwiderstand der Nernstzelle der LSU"
    SWORD
    r_q0p0391
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x383C1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krlzn
    "Bitmuster: zylinderindividuelle Drehzahlschwelle für LZF überschritten"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krmxw
    "aktueller Wert für Spätbegrenzung der Spätverstellung"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krtmso
    "Gefilterte Klopfregeltiefe für Temperatur-Sollwertberechnung"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krvfswz
    "Initwert für schnelle Frühverstellung, zylinderindividuell"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3808A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krvfwz
    "Initwert für normale Frühverstellung, zylinderindividuell"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3808B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta0
    "Kaltstartanreicherung Bereich 0, gepuffert"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38328B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38328B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38328B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38328B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta0w
    "Kaltstartanreicherung Bereich 0, aktuell eingerechnet"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta1
    "Kaltstartanreicherung Bereich 1, gepuffert"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38328C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38328C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38328C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38328C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta1w
    "Kaltstartanreicherung Bereich 1, aktuell eingerechnet"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta2
    "Kaltstartanreicherung Bereich 2, gepuffert"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38328D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38328D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38328D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38328D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta2w
    "Kaltstartanreicherung Bereich 2, aktuell eingerechnet"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kstaa
    "Aktueller Startmengenadaptionsfaktor"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kswf
    "Kat.-Schutz-Wichtungsfaktoren, aus KFKSWF"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ks_sym
    "Eingang des Klopfauswerte-IC"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xE428
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xE428 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xE428 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xE428 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktevanst
    "Grundwert TEV Aufsteuergeschwindigkeit"
    UBYTE
    perio_ub_b0p012207
    1
    100
    0
    0.0121593

    
    FORMAT "%12.10"
    
    ECU_ADDRESS 0x380A37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktkvk_w
    "Pumpstromkorrekturfaktor in Abhängigkeit der Keramiktemperatur der LSU"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktse_w
    "Korrekturfaktor durch Tiefenspeichereinfluss"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktspcnti_w
    "interner Counter für Aktualität der Mode $06 - Werte von der %DKATSP"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktspcnt_w
    "Counter für Aktualität der Mode $06 - Werte in der %DKATSP"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kusvkft_w
    "Korrekturwert der LSU-Spannung vor Kat für Fettkennlinie"
    SWORD
    spg_q4p88Em4
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383C16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kusvk_w
    "Korrekturwert der LSU-Spannung vor Kat"
    SWORD
    spg_q4p88Em4
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383C18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kvakbi_w
    "aufsummierter Kraftstoffverbrauch für Kombiausgabe"
    UWORD
    vol_q1_Em6_l
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382C48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382C48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382C48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382C48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kwp71_bits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kzpdagrs_w
    "Korrektur Zeitkonstante Differenzdruckberechnung über AGR Leitung Sollseite"
    UWORD
    fak_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kzpdagr_w
    "Korrektur Zeitkonstante Differenzdruckberechnung über AGR Leitung"
    UWORD
    fak_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    labbrm_w
    "Soll-Lambda des Gesamtgases in befeuerten Zylindern"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladiff_w
    "Regelabweichung Lambda"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382830
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382830 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382830 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382830 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladktko_w
    "Lambda aus Lambdakoordination für Kat.-Diagnose"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmnhmm_w
    "Untere dynamische Lambdagrenze für HMM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmnhom_w
    "Untere dynamische Lambdagrenze für HOM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmnhos_w
    "Untere dynamische Lambdagrenze für HOS"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmnsch_w
    "Untere dynamische Lambdagrenze für SCH"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmnskh_w
    "Untere dynamische Lambdagrenze für SKH"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmxhmm_w
    "Obere dynamische Lambdagrenze für HMM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmxhom_w
    "Obere dynamische Lambdagrenze für HOM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmxhos_w
    "Obere dynamische Lambdagrenze für HOS"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmxsch_w
    "Obere dynamische Lambdagrenze für SCH"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladmxskh_w
    "Obere dynamische Lambdagrenze für SKH"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladnhmmv_w
    "Untere dynamische Lambdagrenze für HMM (applizierter Wert)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladxhmma_w
    "Obere dynamische Lambdagrenze für HMM bei AGR-Rate RRIELAHMM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladxhmmv_w
    "Obere dynamische Lambdagrenze für HMM (applizierter Wert)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladxhmoa_w
    "Obere dynamische Lambdagrenze für HMM ohne externe AGR"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lahkf_w
    "Pseudolinearisietes Lambda hinter Kat, PT1-gefiltert, Word, Auflösung 0 ... <2"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lahkmz
    "Zustandsbyte des Automaten: fr-synchrone Mittelung Pseodo-Lambda hinter Kat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lahkm_w
    "fr-synchron gemittelter Pseudo Lambda-Istwert gem.  Nernst-Sonde h.Kat"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lakhAusBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38083F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38083F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38083F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38083F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lalsuvj_w
    "Lambda-Istwert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382920
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382920 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382920 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382920 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamb1_uc
    "Lambdawert im Brennraum bei Lambdasplit (1.Bank) im Befehlstest"
    UBYTE
    rel_ub_q0p03125
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamb1_um
    "Lambdawert im Brennraum bei Lambdasplit (1.Bank) in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p03125
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380433
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380433 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380433 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380433 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamb2_uc
    "Lambdawert im Brennraum bei Lambdasplit (2.Bank) im Befehlstest"
    UBYTE
    rel_ub_q0p03125
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamb2_um
    "Lambdawert im Brennraum bei Lambdasplit (2.Bank) in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p03125
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380434
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380434 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380434 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380434 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambas
    "Basis-Lambda"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambas_w
    "Lambda Basiswert (word)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambssa_w
    "Lambda für Bauteileschutz während gefeuerter Schubphase"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385448
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385448 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385448 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385448 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambs_w
    "Lambda für Bauteileschutz (Vorsteuerung)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38544A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38544A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38544A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38544A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    LAMBTSlokbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambts_w
    "Lambda für Bauteileschutz"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38544C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38544C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38544C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38544C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamdenoi_w
    ""
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385172
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385172 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385172 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385172 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamdeno_w
    "Lambda-Motor-Soll bei NOx-Speicherkatregenerierung"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385174
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385174 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385174 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385174 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamdiag_w
    "Lambdasoll von Dignosefunktionen"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38540A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38540A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38540A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38540A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamdifn_w
    "Differenz lamsoni zur Mesung der Steigung des Sondensignals  f. BDE"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamdkt_w
    "Lambdasoll für Katdiagnose"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamds_w
    "Sollwert Lambda aus Momentenanforderung"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3826BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamelsh_w
    "Lambdasoll für elektrische Sondendiagnose hinter KAT (Kurztrip)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384F92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamfa_w
    "Lambdasoll Fahrerwunsch (word)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3854A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamhhk_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamhsbg_w
    "Lambdasoll Begrenzung Betriebsart homogen"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamka_w
    "Lambdasollwert Katausräumen"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3828B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkh2_w
    "Lambda-Motor-Soll bei Katheizen, Bank 2 (word)"
    UWORD
    fak_q0p000244
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF44C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF44C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF44C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF44C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkhg_w
    "Lambda-Motor-Soll bei Katheizen (word) gewichtet mit flakh"
    UWORD
    fak_q0p000244
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38552E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38552E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38552E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38552E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkhr_w
    "Lambda-Motor-Soll resultierend bei Katheizen (word)"
    UWORD
    fak_q0p000244
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385530 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385530 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkh_w
    "Lambda-Motor-Soll bei Katheizen (word)"
    UWORD
    fak_q0p000244
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF44E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF44E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF44E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF44E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkts_w
    "lamnohk_w korrigiert für Fettgaseintrag"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamlash_w
    "Lambdasoll für Test Schwingungsprüfung hinter KAT"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385254
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385254 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385254 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385254 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamloms_w
    "Lambda Sollwert Lightoff Mager"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382230
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382230 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382230 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382230 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lammn_w
    "dynamisch minimal zulässiges Lambda für alle Betriebsart außer homogen"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lammx_w
    "dynamisch maximal zulässiges Lambda für alle Betriebsart außer homogen"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamnhmm_w
    "Untere stationäre Lambdagrenze für HMM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamnhom_w
    "Untere stationäre Lambdagrenze für HOM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamnhos_w
    "Untere stationäre Lambdagrenze für HOS"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamnohk_w
    "Lambda-Istwert hinter Speicherkatalysator, NOx-Sensor"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385118
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385118 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385118 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385118 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamnsch_w
    "Untere stationäre Lambdagrenze für SCH"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamnskh_w
    "Untere stationäre Lambdagrenze für SKH"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamnswl_w
    "Lambda-Motor-Soll für Nachstart und Warmlauf"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamns_w
    "Lambda-Motor-Soll für Nachstart"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamreg_w
    "Lambda-Motor-Soll bei NOx-Speicherkatregenerierung"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385176
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385176 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385176 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385176 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsam_w
    "Lambdaamplitude nach Filterung"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3829B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbg2_bt
    "Lambdasoll Begrenzung Bank2 im Befehlstest"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbg2_w
    "Lambdasoll Begrenzung (word) Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384F96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbgm_w
    "Mittelwert des begrenzten Soll-Lambdas von Bank 1 und Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38568C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38568C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38568C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38568C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbg_bt
    "Lambdasoll Begrenzung im Befehlstest"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38277A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38277A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38277A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38277A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbg_w
    "Lambdasoll Begrenzung (word)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbrs_w
    "Soll-Lambda-Brennraum bezogen auf die Einbauort der Sonde"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsdne_w
    "Lambda-Sollvorgabe nach Denox-Ende"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsisa
    "Lambda Ist an Sonde Signalausgabe DLSSA, Bank 1"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsonb_w
    "Basis-Lambda Istwert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382922
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382922 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382922 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382922 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsoni_u
    "Lambda-Istwert (Byte)"
    UBYTE
    fak_q0p0625
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsoni_w
    "Lambda-Istwert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382924
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382924 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382924 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382924 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsonk_w
    "Sondenlambda korrigiert um Sonden-Offset"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381656 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381656 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsons_u
    "Lambda-Sollwert bezogen auf Einbauort Lambda-Sensor (1 Byte für Tester)"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsons_w
    "Lambda-Sollwert bezogen auf Einbauort Lambda-Sensor"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsonzs_w
    "Lambda-Sollwert (zwischengespeichert)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38568E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38568E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38568E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38568E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsosa
    "Lambda Soll an Sonde Signalausgabe DLSSA, Bank 1"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsubg_w
    "Lambdasoll unbegrenzt (word)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385408 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385408 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsusf_w
    "Lambda-Motor-Soll, fett, für Entschwefelung"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsusm_w
    "Lambda-Motor-Soll, mager, für Entschwefelung"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38173A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38173A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38173A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38173A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsu_w
    "Lambda-Sollvorgabe durch DeSOx bei Schwefelbeladung u. hoher Fz.-geschwindigkeit"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385286
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385286 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385286 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385286 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamtrip_w
    "gespeicherte Lambdaabweichung aus lamsbg_w für Sonde hinter KAT"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385256
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385256 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385256 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385256 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamwl_w
    "Lambda-Motor-Soll für Warmlauf"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamxhmm_w
    "Obere stationäre Lambdagrenze für HMM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamxhom_w
    "Obere stationäre Lambdagrenze für HOM"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamxhos_w
    "Obere stationäre Lambdagrenze für HOS"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamxsch_w
    "Obere stationäre Lambdagrenze für SCH"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamxskh_w
    "Obere stationäre Lambdagrenze für SKH"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamzakk_w
    "Lambdasondenistwert, korrigiert und abgeglichen um Zusatzamplitude"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385690
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385690 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385690 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385690 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamzakt_w
    "Lambdasondenistwert, korrigiert um Zusatzamplitude (temp. Variabel)"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385692
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385692 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385692 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385692 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamzak_w
    "Lambdasondenistwert, korrigiert um Zusatzamplitude"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lanskh_w
    "Lambda-Motor-Soll im Nachstart bei Katheizen"
    UWORD
    fak_q0p000244
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF450
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF450 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF450 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF450 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lanvkm_w
    "Lambda hinter Vorkat modelliert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381658
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381658 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381658 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381658 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laoikrm_w
    "Lambda im Krümmer nach Sekundärlufteinleitung ohne Zwangsamplitude, modelliert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lasolhk_w
    "Pseudo Lambda-Sollwert hinter Kat, Quantisierung 0 ... <2"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38563C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38563C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38563C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38563C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lasonhk_w
    "Pseudo Lambda-Istwert gemessen mit Nernst-Sonde hinter Kat, Aufl. 0 .. <2"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lastmodz_w
    "Status letzter Modus im Durchlauf des Aussetzerprogrammes"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufzbg_w
    ""
    UWORD
    runtime1_sy
    1
    100
    0
    52428

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lavhkm_w
    "Abgaslambda vor Hauptkatalysator, modelliert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38165A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38165A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38165A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38165A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lavvkm_w
    "Lambda vor Vorkat modelliert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38165C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38165C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38165C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38165C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbkgradk_w
    "kor. Steigung für die Umrechnung Spannung von Poti  in LBK-Position (adaptiert)"
    UWORD
    rel_q0p002441
    1
    100
    0
    159.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381C58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbkgradl_u
    "Steigung für die Umr. Spannung von Poti in LBK-Position LBK adaptiert (byte)"
    UBYTE
    rel_q0p625
    1
    100
    0
    159.375

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbkgradl_w
    "Steigung für die Umrechnung Spannung von Poti in LBK-Position LBK adaptiert"
    UWORD
    rel_q0p002441
    1
    100
    0
    159.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3853DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbkist
    "Iststellung der Ladungsbewegungsklappenposition"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380778 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380778 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbkist_w
    "Iststellung der Ladungsbewegungsklappenposition (word)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbksol
    "Sollwert für die Ladungsbewegungsklappenposition"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380783
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380783 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380783 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380783 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbksolnp_w
    "Sollwert, bei dem npl. Fehler auftrat"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3853DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbksol_u
    "Sollwert für die Ladungsbewegungsklappenposition  (8 bit)"
    UBYTE
    rel_q0p39
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbksol_w
    "Sollwert für die Ladungsbewegungsklappenposition"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381CF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbts_w
    "Lambda für Bauteileschutz aus Stationärkennfeld"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38544E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38544E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38544E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38544E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbuesynhmm
    "synchr. Überbrückungssignal wenn Laufbereitschaft von Mode homogen mager abhängt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbuesynhom
    "synchr. Überbrückungssignal für homogenbetriebsabh. Laufbereitschaft"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbuesynhos
    "synchr. Überbrückungssignal wenn Laufbereitschaft von Mode hos abhängt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbuesynsch
    "synchr. Überbrückungssignal wenn Laufbereitschaft von Mode schicht abhängt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbuesynskh
    "synchr. Überbrückungssignal wenn Laufbereitschaft von Mode shk abhängt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbz
    "Ladebilanz der Batterie"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384DA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ldktmev_w
    "Lambda minus eins bei Katdiagnose, verzögerter Wert"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lehnons_w
    "Sollleistung NOx-Sensor-Heizer Vorheizung"
    UWORD
    leist_q0p00244
    1
    100
    0
    159.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lehnor_w
    "Reglerausgangsgröße Leistungsregelung"
    SWORD
    leist_q0p00244
    1
    100
    -80
    79.9976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3851AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lehno_w
    "Leistung NOx-Sensorheizung"
    UWORD
    leist_q0p00244
    1
    100
    0
    159.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    leihnomn_w
    "Min. Integratorwert Leistung NOx-Sensorheizung"
    SWORD
    leist_q0p00244
    1
    100
    -80
    79.9976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    leihnomx_w
    "Max. Integratorwert Leistung NOx-Sensorheizung"
    SWORD
    leist_q0p00244
    1
    100
    -80
    79.9976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    len_hiseg
    "Länge des letzten 'high' Phasensegmentes im Schnellstart"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF368
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF368 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF368 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF368 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    len_loseg
    "Länge des letzten 'low' Phasensegmentes im Schnellstart"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF369
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF369 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF369 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF369 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lepwmbks_w
    "Tastverhaeltnis Leistungsendstufe EKP"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lereg_w
    "Ausgangswert Vorsteuerungsblock"
    UWORD
    leist_q0p00244
    1
    100
    0
    159.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    limax_w
    "LLR-Integrator-Maximalwert"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382498
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382498 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382498 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382498 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    limin_w
    "LLR-Integrator-Minimalwert"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38249A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38249A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38249A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38249A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    limnst
    "LLR-Integrator-Minimalwert während Nachstart"
    UBYTE
    rel_ub_b24p9
    1
    100
    0
    24.9

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380921
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380921 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380921 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380921 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lkr_w
    "aktueller Wert der Lastschwelle Klopfregelung"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lmsbgsc_w
    "Lambdasoll Begrenzung (word), Schichtbetriebsarten"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382640
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382640 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382640 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382640 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lmskh_w
    "Lambda-Motor-Soll bei katheizen (word)"
    UWORD
    fak_q0p000244
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385532
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385532 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385532 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385532 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    loadoff_w
    "Adaptionsoffset Lightoff"
    UWORD
    m_uw_q4p0ppmmuls
    1
    100
    0
    262144

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38511A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38511A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38511A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38511A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    locvkorr_w
    "Korrigierte Lightoff-Kurve"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38511C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38511C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38511C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38511C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    locv_w
    "Lightoff-Kurve unkorrigiert"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38511E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38511E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38511E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38511E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrhzpin_w
    "ZPR-Version: Initialisierungswert Stellgöße"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrkaz
    "Zustandsbyte des Automaten Kat-Ausräumen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrnstat
    "Statusbyte DV-E-Adaption für Testerkommunikation"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrnstepa
    "Zähler für Lerndauer eines Lernsteps"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrnstep_c
    "Zähler für Lerndauer eines Lernsteps"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrntima
    "Zeitzähler für gleitende Mittelwertbildung"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrntim_c
    "Zeitzähler für Wartezeit in den Lernschritten"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrnvb_c
    "Lernverbotszähler (Wartezeit)"
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0
    1310.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381906
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381906 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381906 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381906 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg1_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    SWORD
    fak_sw_b32
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg2_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    UWORD
    fak_uw_b64
    1
    100
    0
    63.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg4_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    SWORD
    fak_sw_b2
    1
    100
    -2
    1.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrshzpmn_w
    "ZPR-Version: Min-Begrenzung Stellgöße"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrshzpmx_w
    "ZPR-Version: Max-Begrenzung Stellgöße"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp1_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    UWORD
    fak_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38283A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38283A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38283A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38283A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp2_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    UWORD
    fak_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38283C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38283C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38283C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38283C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp3_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    UWORD
    fak_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38283E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38283E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38283E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38283E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp4_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    SWORD
    fak_sw_b64
    1
    100
    -64
    63.998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsw1_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b4
    1
    100
    -4
    3.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsw2_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b4
    1
    100
    -4
    3.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsxk1_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsxk3_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsxk4_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38284A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38284A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38284A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38284A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsy2_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38284C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38284C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38284C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38284C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsy4_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b8
    1
    100
    -8
    7.99976

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38284E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38284E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38284E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38284E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsukorp_u
    "Faktor für Druckkorrektur LSU (byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsukorp_w
    "Faktor für Druckkorrektur LSU"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385644
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385644 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385644 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385644 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsunpstat
    "Statusbyte: Teilprüfungserkennung für Plausibilitätsfehler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384FDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FDC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FDC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsu_c_uc
    "Zeitzähler zur Festlegung der LSU Betriebsbereitschaft im Befehlstest"
    UWORD
    t40msxs_uw_q0p04
    1
    100
    0
    2621.4

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsu_c_um
    "Zeitzähler zur Festlegung der LSU Betriebsbereitschaft"
    UWORD
    t40msxs_uw_q0p04
    1
    100
    0
    2621.4

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38047A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38047A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38047A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38047A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsvzfm_w
    "lamsons_w-Wert nach Verzugszeit beim Übergang fett - mager"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381636
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381636 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381636 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381636 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsvzmf_w
    "lamsons_w-Wert nach Verzugszeit beim Übergang mager - fett"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381638
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381638 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381638 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381638 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luarmn_w
    "Laufunruhe-Abstandsmass-Referenzwert Minimun"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38112E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38112E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38112E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38112E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luaroff_w
    "Laufunruhe-Abstandsmass-Referenzwert offset"
    UWORD
    luquant
    1
    100
    0
    409.266

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381130
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381130 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381130 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381130 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luar_w
    "Laufunruhe-Abstandsmass-Referenzwert"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381132
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381132 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381132 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381132 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luelogin
    "Login für Lüftersteuerung über VAG-Tester"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lums_w
    "Laufunruhe-Mittelwert für Erkennung Mehrfachaussetzer, signed"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381114
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381114 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381114 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381114 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lunw_w
    "Laufunruhe über 1 NW-Umdr."
    UWORD
    luquant
    1
    100
    0
    409.266

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38109E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38109E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38109E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38109E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lurmm_w
    "Laufunruhe-Referenzwert für Mehrfachaussetzererkennung bei SWE -> Vergl. mit Lum"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lurms_w
    "Laufunruhe-Referenzwert für Mehrfachaussetzererkennung, -> Vgl. mit Lum, signed"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381116
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381116 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381116 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381116 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lurn_w
    "Laufunruhe-Referenzwert negativ"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lurpn_w
    "Laufunruhe-Referenzwert für positiv-negativ-Differenz um Null"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lurr_w
    "Laufunruhe-Referenzwert für Differenz um Referenzwert"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lurs_w
    "Laufunruhe-Referenzwert, signed"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381118
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381118 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381118 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381118 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luslr_w
    "Laufunruhe Sollwert"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382232
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382232 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382232 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382232 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutpnmn_w
    "Laufunruhe Minimum, oberhalb Null, zur Bestimmung der positiv-negativ-Differenz"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutpnmx_w
    "Laufunruhe Maximun, unterhalb Null, zur Bestimmung der positiv-negativ-Differenz"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutrmn_w
    "Laufunruhe Minimum, oberhalb des Laufunruhe-Referenzwertes"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutrmx_w
    "Laufunruhe Maximun, unterhalb des Laufunruhe-Referenzwertes"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutsdiff_w
    "Differenzwert Soll-Ist-Laufunruhe"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382234
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382234 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382234 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382234 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutskzyl_w
    "Laufunruhe-Testgröße, signed, korrigiert, Array über alle Zylinder"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381156
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381156 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381156 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381156 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutsk_w
    "Laufunruhe-Testgröße, signed, korrigiert"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38115E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38115E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38115E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38115E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutsm_w
    "gefilterter Laufunruhewert"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382236
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382236 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382236 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382236 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutszyl_w
    "Laufunruhe-Testgröße, signed, Array über alle Zylinder"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x3810A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luts_w
    "Laufunruhe-Testgröße, signed"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3810A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lws_w
    "Lenkwinkel"
    SWORD
    lw_sw_q0p04375
    1
    100
    -1434.04
    1434

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6aagrf
    "Mode 6 - Speicher: Anzahl Werteblöcke aus Durchflußdiagnose AGR-System"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D23
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D23 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D23 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D23 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6akth
    "Mode 6 -Speicher: Anzahl Werteblöcke bei Prüfung therm. Katalysatordiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6aktsp
    "Anzahl der Ausgabe-Codes SCAN-Tool Mode6 aus Kat-Diagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6cagrf
    "Mode 6 - Speicher: Component ID aus Durchflußdiagnose AGR-System"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D24 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D24 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6cagrx
    "Component ID der Durchflußdiagnose AGR-System"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38324A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6ckth
    "Mode 6 - Speicher: Component ID für thermische Katalysatordiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F82 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F82 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6cktsp
    "Ausgabe-Code SCAN-Tool Mode 6 aus KAT-Diagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F85
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F85 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F85 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F85 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6cskn
    "Mode 6 - Speicher: Component ID für %DSKNO"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F79
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F79 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F79 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F79 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6sagrf_w
    "Mode 6 - Speicher: Schwellwert aus Durchflußdiagnose AGR-System"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384FE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6sagrx_w
    "Schwellwert der Durchflußdiagnose AGR-System"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383422
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383422 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383422 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383422 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6skth_w
    "Mode 6 - Speicher: Schwellwert bei Prüfung thermische Katalysatordiagnose"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6sktsp_w
    "Ausgabe Schwellwert SCAN-Tool Mode 6 aus KAT-Diagnose"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6sskn_w
    "Mode 6 - Speicher: Schwelle der DSKNO"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vcagrf
    "Mode 6 - Speicher: Component ID aus Durchflußdiagnose AGR-System validiert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vckat
    "Mode 6 - Speicher: validierter Component ID für %DSKNO oder %DKATSP"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vckth
    "Mode 6 - Speicher: Component ID für thermische Katalysatordiagnose validiert"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vsagrf_w
    "Mode 6 - Speicher: Schwellwert aus Durchflußdiagnose AGR-System validiert"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vskat_w
    "Mode 6 - Speicher: validierte Schwelle der %DSKNO oder %DKATSP"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vskth_w
    "Mode 6 - Speicher: Schwellwert bei Prüfung thermische Katalysatordiagnose validi"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vwagrf_w
    "Mode 6 - Speicher: Messwert aus Durchflußdiagnose AGR-System validiert"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vwkat_w
    "Mode 6 - Speicher: validierter Meßwert der %DSKNO oder %DKATSP"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6vwkth_w
    "Mode 6 - Speicher: Messwert relativer Fehler thermische Katalysatordiagnose vali"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wagrf_w
    "Mode 6 - Speicher: Messwert aus Durchflußdiagnose AGR-System"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384FE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wagrx_w
    "Messwert der Durchflußdiagnose AGR-System"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wkth_w
    "Mode 6 - Speicher: Messwert relativer Fehler thermische Katalysatordiagnose"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wktsp_w
    "Ausgabe Prüfwert SCAN-Tool Mode 6 aus KAT-Diagnose"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wskn_w
    "Mode 6 - Speicher: Meßwert der DSKNO"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabghks_w
    "Abgasmassenstrom [kg/s] im Rohr vor Haupt Kat (Word), Bank 1"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385234
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385234 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385234 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385234 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabikrs_w
    "Massenstrom Abgas im Krümmer in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385236
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385236 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385236 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385236 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnavs_w
    "Abgasmassenstr. [kg/s] h. Auslassventilen korr. um Kraftstoffanteil, Bank 1"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385238
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385238 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385238 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385238 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnhks_w
    "Massenstrom Abgas nach Hauptkatalysator in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38523A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38523A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38523A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38523A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnvks_w
    "Massenstrom Abgas nach Vorkatalysator in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38523C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38523C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38523C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38523C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabvhks_w
    "Massenstrom Abgas vor Hauptkat in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38523E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38523E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38523E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38523E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabvvks_w
    "Massenstrom Abgas vor Frontkat in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385240
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385240 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385240 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385240 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    maskeks
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    maskgz
    "Maske: geführte Zylinder"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    masklz
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mbdemfa
    "Eingefrorener mfavmlw_w - Wert zur Adressierung von KFBDEMFA"
    UBYTE
    rel_q0p39
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E3D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdatxm_w
    "Drehmomentaufnahme des Wandlers bei B_fs = false"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38242A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38242A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38242A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38242A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdbes_w
    "Beschleunigungsmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382536
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382536 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382536 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382536 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mddlws_w
    "Lastmoment abhängig vom Lenkwinkelgradient"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdel_w
    "Momentenaufnahme elektrische Verbraucher"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    MDFAWlokbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380932
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380932 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380932 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380932 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdfaw_bits
    "Flagbyte für %MDFAW"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380933
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380933 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380933 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380933 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgbeg
    "Momentengradientenbegrenzung durch Getriebe"
    UBYTE
    md_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380565
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380565 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380565 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380565 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgenc
    "Generatormoment CAN-Rohsignal"
    UBYTE
    md_ub_q0p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380566
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380566 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380566 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380566 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgenc_w
    "Generatormoment [CAN]"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385014
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385014 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385014 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385014 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgen_w
    "Generatormoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdglg_w
    "Lastgradient für Istwert-Laufgrenze"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgrad_w
    "Momentengradientenbegrenzung durch Getriebe"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380FFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380FFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380FFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380FFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdif_w_uc
    "Differenz zwischen zulässigem und Ist-Moment im Befehlstest"
    SWORD
    rel_ub_q0p3906
    1
    100
    -12800
    12799.6

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdif_w_um
    "Differenz zwischen zulässigem und Ist-Moment in der Funktionsüberwachung"
    SWORD
    rel_ub_q0p3906
    1
    100
    -12800
    12799.6

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdkogAusBits50ms
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380938
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380938 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380938 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380938 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdkoini
    "Kompressormoment beim Einschalten"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EAB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EAB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EAB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EAB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdko_w
    "Momentenaufnahme Klimakompressor"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdkuppl_w
    "Motor-Kupplungsmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdlfs_w
    "Momentenaufnahme des Motorlüfters"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdlws_w
    "Lastmoment abhängig vom Lenkwinkel"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdsh_w
    "Höhenabhängiger Anteil Schleppmoment"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdslpf_w
    "Momentenaufnahme der Sekundärluftpumpe"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdslwhom_w
    "Ladungswechsel Verlustmoment für den Homogenbetrieb"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdslw_w
    "Verlustmoment: Ladungswechsel"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382506
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382506 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382506 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382506 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdsmn_w
    "Motorverlustmoment ohne Ladungswechselarbeit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382508
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382508 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382508 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382508 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdsm_w
    "Schleppmoment Temperatur-Anteil"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdssta_w
    "Motortemperaturabhängiger Anteil nach Start für Schleppmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdst08_uc
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdst08_um
    "Stützstelle für Momenten-Info (MZ_UM) zur Ermittlung des Momenten-Offsets in FU"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380482
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380482 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380482 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380482 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdswl_w
    "Verbrauchermoment: Servolenkung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mds_w
    "Motorschleppmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38250A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38250A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38250A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38250A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverb
    "Momentenbedarf der Nebenaggregate"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380924
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380924 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380924 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380924 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverbmx_w
    "Maximales Motor-Verlustmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382674
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382674 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382674 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382674 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverb_w
    "Momentenbedarf der Nebenaggregate"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverf_w
    "Gefiltertes Verlustmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38250C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38250C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38250C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38250C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverlc
    "Verlustmoment für CAN-Ausgabe"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380567
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380567 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380567 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380567 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverl_w
    "Motor-Verlustmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38250E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38250E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38250E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38250E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdvervf_w
    "ungefiltertes Verlustmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382510
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382510 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382510 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382510 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwancan
    "Drehmomentaufnahme des Wandlers über CAN"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380568
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380568 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380568 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380568 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwancb_w
    "Drehmomentaufnahme des Wandlers über CAN nach Begrenzung"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38242C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38242C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38242C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38242C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwanvf_w
    "Drehmomentaufnahme des Wandlers vor Filterung"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38242E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38242E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38242E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38242E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwan_w
    "Drehmomentaufnahme des Wandlers"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382430
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382430 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382430 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382430 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mfatmp_w
    "Fahrerwunschmoment temporär für neue Prüfung NOx-Rohemissionen"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385178
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385178 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385178 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385178 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mfavmlw_w
    "indiziertes Fahrerwunschmoment abzüglich  Ladungswechselverlustmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mfgr_uc
    "Momentenwunsch aus der Fahrgeschwindigkeitsregelung im Befehlstest"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mfgr_um
    "Momentenwunsch aus der Fahrgeschwindigkeitsregelung für die Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38044E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mfluts_w
    "Filterfaktor für ZGST-Istwertbildung"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3854A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrllk
    "indiziertes Soll-Motormoment für langsamen ASR-Eingriff"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380708 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380708 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrl_can
    "Anforderung ""langsamer ASR-Eingriff"" über CAN"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380709
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380709 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380709 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380709 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrl_w
    "Indiziertes Soll-Motormoment ASR für langsamen Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrslk
    "indiziertes Soll-Motormoment für schnellen ASR-Eingriff"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38070A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38070A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38070A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38070A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrs_can
    "Anforderung ""schneller ASR-Eingriff"" über CAN"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38070B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38070B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38070B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38070B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrs_w
    "Indiziertes Soll-Motormoment ASR für schnellen Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miatbgr_w
    "Momentenbegrenzung bei zu hoher Abgastemperatur"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miautgetc
    "Istmoment für Getriebe (CAN-Ausgabe)"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38057E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miautget_w
    "Motormoment ohne Getriebeeingriff"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3826B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miautgsc
    "Sollmoment Für Getriebe (CAN-Ausgbae)"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38057F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miautgs_w
    "Motorsollmoment ohne Getriebeeingriff"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3826B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibas_w
    "indiziertes Basis-Moment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382626
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382626 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382626 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382626 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibdp_w
    "indiziertes Soll-Motormoment Dashpot"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38259E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38259E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38259E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38259E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibeg_w
    "Begrenzungsmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibgrg_w
    "gangabhängige Momentenbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibgrl_w
    "indiziertes soll-Moment für Momentbegrenzung Luftpfad"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibgr_w
    "indiziertes soll-Moment für gangabhängige Kupplungsmomentbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miblmn_w
    "inneres lambdaabhängigies Basis-Moment, betriebsartabhängige untere Grenze"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382628
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382628 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382628 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382628 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miblmx_w
    "inneres lambdaabhängigies Basis-Moment, betriebsartabhängige obere Grenze"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38262A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38262A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38262A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38262A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miblsd_w
    "Begrenztes indiziertes Moment aus Lastschlagdämpfung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibmnoz_w
    "inneres Basis-Moment, untere Grenze bei HMM ohne ZW-Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38262C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38262C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38262C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38262C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibmnum_w
    "Minimalmoment in aktueller Betriebsart für Umschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibmn_w
    "inneres Basis-Moment, betriebsartabhängige untere Grenze"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38262E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38262E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38262E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38262E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibmxum_w
    "Maximalmoment in aktueller Betriebsart für Umschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibmx_w
    "inneres Basis-Moment, betriebsartabhängige obere Grenze"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382630
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382630 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382630 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382630 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    midmd
    "Referenzmoment für Aussetzererkennung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    midmd_w
    "Referenzmoment für Aussetzererkennung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miecges_w
    "Indiziertes Soll-Motormoment bei fehlende Getriebe Botschaften"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380FFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380FFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380FFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380FFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miecgmx_w
    "begrenzte Moment in verlängerten Abwesenheit von der Getriebe Botschaften"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381000
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381000 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381000 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381000 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miekpbgr_w
    "Momentenbegrenzung durch Ausfall EKP"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miensch_w
    "Momentanforderung zur Bestimmung der erlaubten Betriebsarten, Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380ED4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ED4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ED4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ED4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mien_w
    "Koordinierte Momentanforderung zur Bestimmung der erlaubten Betriebsarten"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380ED6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ED6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ED6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ED6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mierrcan_w
    "begrenztes Moment in verlängerter Abwesenheit von Getriebe Botschaften aus KF"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381002
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381002 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381002 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381002 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifa
    "indiziertes Motormoment Fahrerwunsch"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380934
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380934 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380934 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380934 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifabg_w
    "Gradientenbegrenztes Fahrerwunschmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifab_w
    "Begrenztes indiziertes Fahrerwunschmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifafu_w
    "Fahrermomentenwunsch für Füllung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382616
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382616 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382616 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382616 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifak_w
    "Inneres Fahrerwunschmoment korrigiert um temperaturabhängiges Schleppmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifali_w
    "Ini-Wert des indizierten Fahrerwünschmomentes für Lufteingriff bei Dashpot"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifal_w
    "Indiziertes Fahrerwunschmoment für Momentenkoordination Füllung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifamx_w
    "maximales indiziertes Motormoment Fahrerwunsch im PWG-Notfahren"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifa_bt
    "Indiziertes Fahrerwunschmoment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifa_w
    "indiziertes Motormoment Fahrerwunsch"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifroz_w
    "Indiziertes Soll-Motormoment bei fehlender Getriebe Botschaft"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381004 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381004 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migef_w
    "Gefiltertes indiziertes Fahrerwunschmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miges_w
    "Indiziertes Soll-Motormoment für Getriebeschutz"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381006
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381006 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381006 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381006 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miglalt_w
    "Um 100ms verzögertes migsolf zur Gradientenbildung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miglsolf_w
    ""
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miglsol_w
    "koordiniertes, unskaliertes Moment für Füllung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382618
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382618 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382618 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382618 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migsl_w
    "Inneres Soll-Motormoment zur Füllungsbegrenzung bei GSf"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migs_can
    "Indiziertes Sollmoment für Getriebeeingriff (CAN-Signal)"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380569
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380569 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380569 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380569 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migs_w
    "Indiziertes Soll-Motormoment GS für schnellen Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381008
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381008 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381008 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381008 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mihmm_w
    "indiziertes Motormoment Hochdruckphase Istwert, HMM"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382642
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382642 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382642 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382642 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mihom_w
    "indiziertes Motormoment Hochdruckphase Istwert, HOM"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382644
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382644 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382644 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382644 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miistc
    "indiziertes Motormoment Hochdruckphase Istwert für Ausgabe auf CAN-Bus"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384D32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D32 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D32 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miistoar_w
    "Istmoment ohne Antiruckel-Anteil"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3826B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miist_u
    "indiziertes Motormoment Hochdruckphase Istwert (Byte)"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miist_w
    "indiziertes Motormoment Hochdruckphase Istwert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382646
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382646 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382646 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382646 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mikhlmx_w
    "Maximales induziertes Wunschmoment für Luftfüllung durch Mom.-reserve, Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385542 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385542 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miksoln_w
    "Indiziertes resultierendes Sollmoment für Kraftstoffpfad nach Begrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miksolv_w
    "Indiziertes resultierendes Sollmoment für Kraftstoffpfad vor Begrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miksol_w
    "Indiziertes resultierendes Sollmoment für Kraftstoffpfad"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mikzsol_w
    "Indiziertes resultierendes Sollmoment für Kraftstoff- und Zündwinkelpfad"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mill_w
    "Indiziertes Motormoment im Leerlauf"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milres_w
    "Momentenanforderung für Luftpfad mit allen Reserven"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38261A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38261A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38261A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38261A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milsol_w
    "Fahrermomentenwunsch für Füllung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38261C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38261C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38261C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38261C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milstat
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milstatNOV
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimax_w
    "maximal erreichbares indiziertes Moment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miminds_w
    "gewichtetes Verlustmoment bei ASG"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miminhom_w
    "minimales Moment für den Homogenbetrieb"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimins_w
    "minimales Schubmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimin_w
    "Minimales Motor-Moment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimnhmm_w
    "Minimal realisierbares Moment an Lambda-Grenze in Betriebsart Homogen mager"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380ED8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ED8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ED8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ED8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimnhos_w
    "Minimal realisierbares Moment an Lambda-Grenze in Betriebsart Homogen/Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimnl_w
    "indiziertes Moment aus Minimumauswahl des Luftpfades"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38261E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38261E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38261E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38261E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimnsch_w
    "Minimal realisierbares Moment an Lambda-Grenze in Betriebsart Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimnskh_w
    "Minimal realisierbares Moment an Lambda-Grenze in Betriebsart Schicht/Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimnuhmm_w
    "Minimal realisierbares Moment in homogen mager bei Umschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimnuhom_w
    "minimales Moment für Umschaltung nach homogen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimsrlk
    "MSR-Eingriffsmoment"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38070C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38070C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38070C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38070C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimsrllk
    ""
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38070D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38070D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38070D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38070D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimsr_can
    "MSR-Wunsch über CAN"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38070E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38070E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38070E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38070E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimsr_w
    "Indiziertes Soll-Motormoment MSR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxhmm_w
    "Maximal realisierbares Moment an Lambda-Grenze in Betriebsart Homogen mager"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxhos_w
    "Maximal realisierbares Moment an Lambda-Grenze in Betriebsart Homogen/Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxl1_w
    "Maximales optimales Moment bei Lambda = 1"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxnol_w
    "maximales miglsol für NOx niedrig"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxsch_w
    "Maximal realisierbares Moment an Lambda-Grenze in Betriebsart Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxskh_w
    "Maximal realisierbares Moment an Lambda-Grenze in Betriebsart Schicht/Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxuhos_w
    "Maximal realisierbares Moment in homogen-schicht bei Umschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxusch_w
    "maximales Moment für Umschaltung nach schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380ECA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ECA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ECA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ECA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    minbeg_w
    "Indiziertes Fahrerwunschmoment nach Änderungsbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    minmxl_w
    "indiziertes Soll-Moment für NMAX-Begrenzung für Luftadaptation"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382652 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382652 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    minmx_w
    "Momentenanforderung der Drehzahlbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382654 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382654 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    minzahn
    "Minimale Zahnzahl ab TR-Marke ab dem Zündereignis stattfinden kann"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF24E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miol1hmm_w
    "Opt. inneres Moment bei Lambda 1 und Sollfüllung in Betriebsart Homogen mager"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miol1hos_w
    "Opt. inneres Moment bei Lambda 1 und Sollfüllung in Betriebsart Homogen/Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miol1sch_w
    "Optimales inneres Moment bei Lambda 1 und Sollfüllung in Betriebsart Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miol1skh_w
    "Opt. inneres Moment bei Lambda 1 und Sollfüllung für Schicht/Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380EEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mioptar_w
    "Array optimales inneres Moment in HMM"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x383DAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383DAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383DAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383DAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mioptl1h_w
    "optimales indiziertes Motormoment bei Lambda = 1 Homogenbetrieb"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382632
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382632 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382632 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382632 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mioptl1s_w
    "optimales indiziertes Motormoment bei Lambda = 1 Schichtbetrieb"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382634
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382634 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382634 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382634 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mioptl1_w
    "optimales indiziertes Motormoment bei Lambda = 1"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382636
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382636 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382636 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382636 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mioptlza_w
    "optimales indiziertes Motormoment bei Lambda = 1 und Ausblendung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3826C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mioptsav_w
    "optimales indiziertes Motormoment homogen, gespeichert, bei nicht homogen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miopt_uc
    "optimales indiziertes Moment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miopt_um
    "optimales indiziertes Moment in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miopt_w
    "optimales indiziertes Moment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382638
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382638 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382638 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382638 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miozwe_w
    "indiziertes Motormoment ohne Zündwinkel-Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mired
    "indiziertes Reduktionsmoment zur VMAX-Regelung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380967
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380967 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380967 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380967 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misfirez_w
    "Anzahl Aussetzer, Übergabe an Zustandsautomat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgelok_w
    "Indiziertes Soll-Motormoment bei fehlender Getriebe Botschaft (Zwischenwert)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38100A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38100A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38100A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38100A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgslm_w
    "Sollmoment; zulässige Betriebsart bei Drehzahlsynchr. Getriebeschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgsl_w
    "Inneres Soll-Motormoment luftseitig für Drehzahlsynchr. bei Getriebeschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgs_w
    "Inneres Soll-Motormoment für Drehzahlsynchronisation bei Getriebeschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mismeus_w
    "Indiziertes Moment während Änderungsbegrenzung B_mismeus"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mismnskh_w
    "min. Solluftmoment in Betriebsart Schicht-Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381CFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misobdembv
    "Sollmoment zur Adressierung von KFBDEMBV mit Hysterese"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38081B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38081B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38081B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38081B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misobv_w
    "Drehmoment für Stützstellen Brennverfahrensgrenzen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misol
    "Indiziertes resultierendes Sollmoment"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380939
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380939 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380939 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380939 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misolbv_w
    "Indiziertes Sollmoment mit Begrenzung für Einspritzausblendung vor Begrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF466
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF466 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF466 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF466 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misoldlr_w
    "Indiziertes resultierendes Sollmoment inkl. Deltamoment LLR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misolp_w
    "Indiziertes Sollmoment vor Momentenbegrenzung, lokale Größe"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF468 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF468 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misolumvar
    "Sollmoment für Adressierung KFUMVAR"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380527
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380527 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380527 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380527 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misolv_w
    "Indiziertes resultierendes Sollmoment vor Momentenbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382600 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382600 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misol_w
    "Indiziertes resultierendes Sollmoment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF46A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF46A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF46A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF46A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misophmm_w
    "max. Solluftmoment in Betriebsart Homogen mager"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381CFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misophos_w
    "max. Solluftmoment in Betriebsart Homogen schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381D00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misopl1u_w
    "Solluftmoment, rückgerechnet auf Lambda=1 und zwopt bei Umschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misopl1_w
    "Solluftmoment, rückgerechnet auf Lambda=1 und zwopt"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misopsch_w
    "max. Solluftmoment in Betriebsart Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misopskh_w
    "max. Solluftmoment in Betriebsart Schicht-Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miszullb_w
    "Maximal zulässiges indiziertes Moment für Luftpfad (begrenzt)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382676
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382676 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382676 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382676 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miszull_w
    "Maximal zulässiges indiziertes Moment für Luftpfad"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382678
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382678 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382678 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382678 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miszul_w
    "Maximal zulässiges indiziertes Moment"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38267A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38267A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38267A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38267A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mitibgr_w
    "begrenztes Moment aus ti-Regelung bei ununterbrochener Einspritzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mitmbgr_w
    "Momentenbegrenzung durch erhöhte Motortemperatur"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miumsol_w
    "Sollmoment für Berechnung des Umschaltzeitpunkts"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380ECC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ECC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ECC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ECC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivbeb_w
    "Indiziertes Moment vor Änderungsbegrenzung, nach oben auf mimax_w begrenzt"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivbegvh_w
    "Indiziertes Fahrerwunschmoment vor Maximalbegrenzung für Homogenbetrieb"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivbegv_w
    "Indiziertes Fahrerwunschmoment vor Maximalbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivbeg_w
    "inidziertes Fahrerwunschmoment vor Änderungsbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivmxs
    "ind. Soll-Motormoment zur Integratorinitialisierung VMAX-Regelung"
    SBYTE
    rel_sb_q0p78
    1
    100
    -99.84
    99.06

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380968
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380968 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380968 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380968 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivmx_w
    "Indiziertes Sollmoment der VMAX-Regelung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3826A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizsolus_w
    "Indiziertes resultierendes Sollmoment für Zündwinkelpfad bei Umschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382602
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382602 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382602 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382602 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizsolv_w
    "Indiziertes resultierendes Sollmoment für ZW-Eingriff vor Momentenbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382604
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382604 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382604 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382604 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizsol_w
    "Indiziertes resultierendes Sollmoment für ZW-Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382606
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382606 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382606 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382606 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizufil_w
    "Zulässiges indiziertes Moment nach Filter"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38267C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38267C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38267C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38267C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizuofil
    "Zulässiges indiziertes Moment ohne Filter"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380961
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380961 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380961 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380961 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizutmp_w
    "Temperaturabhängiger Anteil des zulässigen Moments"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38267E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38267E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38267E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38267E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizuvfil
    "Zulässiges indiziertes Moment vor Filter"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380962
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380962 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380962 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380962 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizwmnc
    "indiziertes Motormoment beim spätesten Zündwinkel für CAN-Ausgabe"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38056A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizwmn_w
    "indiziertes Motormoment beim spätesten Zündwinkel"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38263A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38263A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38263A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38263A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizwsch_w
    "indiziertes Motormoment Hochdruckphase Istwert, Schichtbetriebsarten"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382648 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382648 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mi_duf
    "Istmoment beim Ansprechen des Momentenvergleichs in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mi_uc
    "Berechnetes Ist-Moment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mi_um
    "Berechnetes Ist-Moment in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380454
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380454 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380454 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380454 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkar_w
    "Berechnetes Kupplungsmoment für Antiruckelfunktion"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382538
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382538 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382538 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382538 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkausg_w
    "Kraftstoffmassenstrom Ausgasung im Tank (adaptierter Wert)"
    UWORD
    m_q0p00078125
    1
    100
    0
    51.1992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385694 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385694 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkbgr_w
    "maximales Kupplungsmoment von Automatikgetriebe"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkcakfh_w
    "Bilanz: Massenstrome HC in Kohle"
    SWORD
    m_q0p0015625
    1
    100
    -51.2
    51.1984

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385696 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385696 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkfadpn_w
    "Kupplungsmoment für Umschaltung Dashpot-Filterzeit"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3825B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkfamx_w
    "maximales Kupplungsmoment Fahrerwunsch im PWG-Notfahren"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkfanb_w
    "Kupplungsmoment aus begrenztem Fahrerwunsch"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3825BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkfa_w
    "Fahrerwunschmoment (Kupplung) nach Änderungsbegrenzung"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3825BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkgepu_w
    "In die Kohle strömender Massenstrom HC"
    UWORD
    m_q0p00078125
    1
    100
    0
    51.1992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385698
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385698 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385698 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385698 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkllsc
    "Kompressorlüfterlastsignal aus CAN-Botschaft Clima 1"
    UBYTE
    rel_q0p39
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38056B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkolsc
    "Kompressorlastsignal aus CAN-Botschaft Clima1"
    UBYTE
    md_q0p25
    1
    100
    0
    63.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38056C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mksbg
    "Aus ml und lamsbg berechneter Kraftstoffmassenstrom"
    UBYTE
    m_ub_b25p6
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EC7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mksp_w
    "Spülstrom HC"
    UWORD
    m_q0p00078125
    1
    100
    0
    51.1992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38569A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38569A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38569A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38569A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkteev_w
    "15 facher Wert des Massenstroms HC-Gas ins Saugrohr"
    SWORD
    m_q0p0125
    1
    100
    -409.6
    409.588

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mktev_w
    "Spülstrom TEV"
    UWORD
    m_q0p00078125
    1
    100
    0
    51.1992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38569C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38569C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38569C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38569C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkugep_w
    "Von Tank in das TEV direkt strömender Massenstrom HC"
    UWORD
    m_q0p00078125
    1
    100
    0
    51.1992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38569E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38569E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38569E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38569E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkverlte_w
    "Verluststrom HC in Umgebung  aus AKF"
    UWORD
    m_q0p00078125
    1
    100
    0
    51.1992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ml
    "Luftmassenfluß"
    UBYTE
    m_ub_b1020
    1
    100
    0
    1020

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0xF40C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF40C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF40C 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF40C INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlast_w
    "geschätztes Lastmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38253A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38253A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38253A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38253A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlbb_w
    "Luftmassenfluß gefiltert (Word), Bank1 bezogen"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38161C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38161C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38161C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38161C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mldkthp_w
    "hochpaßgefilterte Luftmasse bei Katdiagnose"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mldyn_w
    "Luftmassenintegral im Schubbetrieb für Sonde hinter Kat"
    UWORD
    m_q0p00277
    1
    100
    0
    182.042

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385258
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385258 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385258 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385258 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mleitmx_w
    "Maximale Regeneriergasmasse in Leitung TEV Saugrohr"
    UWORD
    m_q2p71Em5_g
    1
    100
    0
    1.77775

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mleit_w
    "Aktuelle Regeneriergasmasse in Leitung TEV Saugrohr"
    UWORD
    m_q2p71Em5_g
    1
    100
    0
    1.77775

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mletanzs_w
    "Zwischenspeicher: Auf den Zündwinkelwirkungsgrad 100% normierter Luftmassenstrom"
    UWORD
    m_q0p004
    1
    100
    0
    262.14

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mletan_w
    "Auf den Zündwinkelwirkungsgrad 100% normierter Luftmassenstrom"
    UWORD
    m_q0p004
    1
    100
    0
    262.14

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlfdkt_w
    "ml * lambda-Produkt bei Katdiagnose während Fetteintrag"
    UWORD
    m_uw_b102p4
    1
    100
    0
    102.397

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlgahoms_w
    "Luftmasse berechnet für Homogenbetrieb"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385428
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385428 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385428 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385428 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlhfmm_u
    "Luftmassen HFM-Mittelwert 8Bit-Wert für Tester"
    UBYTE
    m_ub_q25p6
    1
    100
    0
    6528

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlhfmm_w
    "Luftmassen HFM-Mittelwert 16Bit-Wert"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF28C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF28C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF28C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF28C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mll1
    "Luftmassenfluß bezogen auf lambda=1"
    UBYTE
    m_ub_b1020
    1
    100
    0
    1020

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384E4F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mllam_w
    "Luftmassen/Lambda-Integral im Schichtbetrieb"
    UWORD
    m_q0p00277
    1
    100
    0
    182.042

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38525A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38525A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38525A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38525A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlldkt_w
    "ml * lambda-Produkt bei Katdiagnose"
    UWORD
    m_uw_b102p4
    1
    100
    0
    102.397

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38176A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38176A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38176A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38176A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlnka_w
    "Luftmasse nach Kat-Ausräumen"
    UWORD
    m_uw_b7281
    1
    100
    0
    7281.67

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38563E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38563E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38563E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38563E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlsol_w
    "Soll-Luftmassenstrom"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ml_w
    "Luftmassenfluß gefiltert (Word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF40E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF40E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF40E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF40E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mmsr_uc
    "zulässiger MSR-Momentenwunsch für die Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mmsr_um
    "zulässiger MSR-Momentenwunsch für die Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380450
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380450 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380450 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380450 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnafspa
    "Index des kleinsten fspa-Wertes im Mittelwertspeicher"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D63
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D63 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D63 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D63 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnafspab
    "Index des 2. kleinsten fspa-Wertes im Mittelwertspeicher"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D64 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D64 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnagrsuk_w
    "Sollmassenstrom AGR unkorrigiert"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnfspab_w
    "Wert des 2. kleinsten fspa-Wertes im Mittelwertspeicher"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnfspa_w
    "Wert des kleinsten fspa-Wertes im Mittelwertspeicher"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnnomax_w
    "Maximalwert der letzten 4 Werte von mnnohks_w"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385120
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385120 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385120 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385120 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnnomin_w
    "Minimalwert der letzten 4 Werte von mnnohks_w"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385122
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385122 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385122 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385122 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnnomit_w
    "Mittelwert über die letzten 4 Werte von mnnohks_w"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385124
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385124 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385124 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385124 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnnoold2_w
    "3.Wert im Puffer zur Mittelung d. Min. d. NOx-Sensorsignals zur Offsetkorrektur"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnnoold3_w
    "4.Wert im Puffer zur Mittelung d.Min. d. NOx-Sensorsignals zur Offsetkorrektur"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnnoold_w
    "2.Wert im Puffer zur Mittelung d. Min. d. NOx-Sensorsignals zur Offsetkorrektur"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnnosahk_w
    "Minimum NOx-Signal im Schub"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385126
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385126 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385126 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385126 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnnosum_w
    "Summe der Werte mnnohks_w"
    SWORD
    m_q0p125_ppm
    1
    100
    -4096
    4095.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385128
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385128 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385128 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385128 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnno_w
    "1.Wert im Puffer zur Mittelung d. Min. d. NOx-Sensorsignals zur Offestkorrektur"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnohktmp_w
    "temporärer Quotient MNOHKMX/mnohk_w für Eing. Wurzel-Kennlinie KLSQRT"
    UWORD
    fak_uw_b1024
    1
    100
    0
    1023.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnohk_w
    "Integrierte NOx-Masse nach Speicherkatalysator"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38517A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38517A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38517A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38517A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnokum_w
    "Kumulierte Katbeladung: Homogenanforderung ohne Regeneration"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38517C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38517C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38517C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38517C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnosper_w
    "Masse NOx im Speicher nach Modellberechnung bei Ende Regeneration"
    SWORD
    m_q0p217_mg
    1
    100
    -7111.11
    7110.89

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38163A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38163A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38163A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38163A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnospll_w
    "eingespeicherte NOx-Masse bei Leerlauf"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnospms_w
    "NOx-Speicherkatalysatorbeladung, NOx-Sensor"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38517E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38517E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38517E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38517E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnospm_w
    "Eingespeicherte Masse NOx aus Beladungsmodell"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x383B98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnospsr_w
    "Masse NOx im Speicher bei Start der Regenerierung"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38163C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38163C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38163C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38163C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnospsum_w
    "Geasmt-Speicherkatbeladung"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385180
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385180 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385180 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385180 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnospug_w
    "aktueller Wert für eingespeicherte Masse NOx, unbegrenzt"
    SWORD
    m_q0p217_mg
    1
    100
    -7111.11
    7110.89

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38141A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38141A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38141A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38141A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnospu_w
    "Speicherkatbeladung während Minimumsuche"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385182
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385182 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385182 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385182 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnosp_w
    "aktueller Wert für eingespeicherte Masse NOx"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384F98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnostr_w
    "Streckenbezogene NOx-Rohemission"
    UWORD
    m_uw_b6p5535
    1
    100
    0
    6.5535

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3852E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnovkf_w
    "Masse NOx vor Kat fiktiv"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385184
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385184 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385184 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385184 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mnwkr
    "minimal zulässige zylinderindividuelle Zündwinkelspätverstellung KR"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2fmkb_w
    "Masse O2 bei Fett-Mager-Sprung kontinuierlich berechnet"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38163E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38163E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38163E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38163E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2fmo_w
    "Masse O2 bei Fett-Mager-Sprung, alter Wert"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2fm_w
    "Masse O2 bei Fett-Mager-Sprung"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381640
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381640 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381640 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381640 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2mf_w
    "Masse O2 bei Mager-Fett-Sprung"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381642
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381642 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381642 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381642 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2span_w
    "Eingespeicherte Masse O2 appliziert für Neukatalysator"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38141C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38141C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38141C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38141C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2spbr_w
    "Masse O2 im Speicher bei Beginn Regeneration"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381644
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381644 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381644 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381644 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2sper_w
    "Masse O2 im Speicher bei Ende Regeneration"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381646
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381646 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381646 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381646 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2spsr_w
    "Eingespeicherte Masse O2 bei Start NOx-Regenerierung"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38141E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38141E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38141E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38141E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mo2sp_w
    "aktueller Wert für eingespeicherte Masse O2"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381420
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381420 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381420 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381420 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modapl
    "BDE-Sollbetriebsart nach Applikationsschnittstelle"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380528
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380528 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380528 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380528 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modentpr
    "BDE-Betriebsartenwunsch entprellt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380529
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380529 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380529 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380529 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modez_w
    "aktuell abgearbeiteter Aussetzermode"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modhosch
    "BDE-Betriebsart nach Teilfunktion HOMSCH"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38052A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modmask
    "Bitmaske Betriebsartenbyte"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38052B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modmasknl
    "Zulässige Betriebsarten nach Überwachung, Bauteileschutz, Notlaufkoordination"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38052C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modshhom
    "BDE-Betriebsartenwunsch nach Teilfunktion SCHHOM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38052D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modskh
    "BDE-Betriebsart nach Teilfunktion SCHSKH"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38052E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modsout
    "BDE-Sollbetriebsart für Ausgabe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modsprio
    "Priorität BDE-Betriebsartenwunsch nach Entprellung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380530 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380530 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modtm
    "BDE-Betriebsartenwunsch abhängig von tmot (nur lokale Größe)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    molmabg_w
    "berechnete Molmasse des Abgases"
    UWORD
    m_q0p001525_gdivmol
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38512A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38512A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38512A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38512A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momint_u
    "8 bit Wert zu MOMINT_W"
    UBYTE
    mdt_q40_Nms
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momint_w
    ""
    UWORD
    mdt_q0p15625_Nms
    1
    100
    0
    10239.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mped_uc
    "zulässiges indiziertes Moment aus Fahrpedal im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mped_um
    "zulässiges indiziertes Moment aus Fahrpedal in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mpfad
    "Momenten-Pfad in Funktion und Funktionsüberwachung als Umweltbedingung für Diag."
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mracc_w
    "Relativer Momentenwunsch von ACC"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfamx_w
    "Relatives Fahrerwunschmoment Maximalwert"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfa_w
    "Relatives Fahrerwunschmoment aus FGR und Pedal"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3825BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfgri_w
    "Relatives Moment Initialisierungswert für FGR-Regler"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38199A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38199A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38199A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38199A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfgr_w
    "Relative Momentenanforderung von FGR"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38199C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38199C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38199C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38199C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrko
    "Relatives Wunschmoment aus koordiniertem Moment"
    UBYTE
    rel_ub_b200
    1
    100
    0
    199.219

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380811
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380811 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380811 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380811 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrko_w
    "Relatives Wunschmoment aus koordiniertem Moment"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381F04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrlini_uc
    "zul. Momentes bei Umschaltung der Überw. auf Luftmasse zur Initialsierung im BT"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38099D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrlini_um
    "zul. Momentes bei Umschaltung der Überwachung auf Luftmasse zur Initialsierung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38044B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrpedl_w
    "Relatives Fahrerwunschmoment aus Fahrpedal für kleine Geschwindigkeiten"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3825C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrpeds_w
    "Relatives Fahrerwunschmoment aus Fahrpedal für größere Geschwindigkeiten"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3825C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrped_w
    "relatives Fahrerwunschmoment aus Fahrpedal"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3825C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ms0ab_w
    "Aktueller Abgasmassenstrom"
    UWORD
    m_q2p777Em2
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ms1ab_w
    "Erster Speicherwert Abgasmassenstrom"
    UWORD
    m_q2p777Em2
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ms2ab_w
    "Zweiter Speicherwert Abgasmassenstrom"
    UWORD
    m_q2p777Em2
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ms3ab_w
    "Dritter Speicherwert Abgasmassenstrom"
    UWORD
    m_q2p777Em2
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ms4ab_w
    "Vierter Speicherwert Abgasmassenstrom"
    UWORD
    m_q2p777Em2
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msab1d_w
    "Differenz-Abgasmassenstrom"
    SWORD
    m_q2p777Em2
    1
    100
    -910.222
    910.194

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msab2d_w
    "Differenz-Abgasmassenstrom"
    SWORD
    m_q2p777Em2
    1
    100
    -910.222
    910.194

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msab3d_w
    "Differenz-Abgasmassenstrom"
    SWORD
    m_q2p777Em2
    1
    100
    -910.222
    910.194

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msab4d_w
    "Differenz-Abgasmassenstrom"
    SWORD
    m_q2p777Em2
    1
    100
    -910.222
    910.194

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabg
    "Abgasmassenfluß gefiltert, Bank 1"
    UBYTE
    m_ub_b1020
    1
    100
    0
    1020

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabghk_w
    "Abgasmassenstrom im Rohr vor Haupt Kat (Word), Bank 1"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38161E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38161E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38161E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38161E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabgkts_w
    "Abgasmassenstrom korrigiert für Fettgaseintrag"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabgs_w
    "Abgasmassenfluß gefiltert in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385242
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385242 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385242 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385242 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabg_w
    "Abgasmassenstrom gefiltert (Word), Bank 1"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381620
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381620 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381620 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381620 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabhks_w
    "Massenstrom Abgas vor Hauptkat in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabikr_w
    "Massenstrom Abgas im Krümmer"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381622
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381622 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381622 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381622 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabiks_w
    "Massenstrom Abgas im Krümmer in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabmol_w
    "korrigierter Abgasmassenstrom für NOx-Massenstrom"
    UWORD
    m_q0p001736_gdivs
    1
    100
    0
    113.776

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38512C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38512C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38512C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38512C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabmxs_w
    "Massenstrom Abgasrückführung über Fehler-Blende maximal Sollgröße"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnav_w
    "Abgasmassenstrom hinter Auslassventilen korrigiert um Kraftstoffanteil, Bank 1"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381624
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381624 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381624 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381624 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnhk_w
    "Abgasmassenfluß"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381626
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381626 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381626 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381626 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnvk_w
    "Massenstrom Abgas nach Vorkatalysator"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381628
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381628 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381628 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381628 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabref_w
    "Abgasmassenstrom Referenz"
    UWORD
    m_q0p0277
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381498
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381498 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381498 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381498 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabskpf_w
    "Abgasmassenstrom für SKP geglättet"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabskpn_w
    "geglätteter Abgasmassenstrom für SKP normiert"
    SWORD
    fak_sw_b2
    1
    100
    -2
    1.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabvhk_w
    "Massenstrom Abgas vor Hauptkat"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38162A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38162A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38162A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38162A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabvks_w
    "Massenstrom Abgas nach Vorkatalysator in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0
    1.82042

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380C30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabvvk_w
    "Massenstrom Abgas vor Frontkat"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38162C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38162C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38162C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38162C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabz_w
    "Differenz Abgasmassenstrom Referenz"
    UWORD
    m_q0p0277
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38149A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38149A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38149A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38149A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msab_w
    "Abgasmassenstrom, korr. um Kraftstoffanteil, in g/s"
    UWORD
    m_q0p0277
    1
    100
    0
    1820.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385264
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385264 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385264 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385264 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msafbmxs_w
    "Massenstrom Abgasrückführung ausflußbegrenzt Fehler-Blende maximal Sollseite"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagbmxs_w
    "Massenstrom Abgasrückführung über Fehler-Blende und Ventil max. gesamt Sollgröße"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagrb_w
    "Entnommener AGR Massenstrom bankbezogen, gemäss Konfiguration"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38162E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38162E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38162E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38162E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagrdsz_w
    "AGR Massenstrom ins Saugrohr; Berechnung aus Druckmessung Zwischengroesse"
    SWORD
    m_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380DEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagrds_w
    "AGR Massenstrom ins Saugrohr; Berechnung aus Druckmessung"
    UWORD
    m_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380DEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagrgds_w
    "Massenstrom Abgasrückführung gedrosseler Betrieb Sollwert"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagrmx_w
    "maximal möglicher AGR Durchfluß (ungedrosselt)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagrs_w
    "Sollwert AGR-Massenstrom uber externe Abgasruckfuhrung"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagrugd_w
    "Berechneter Massenstrom AGR ungedrosselt"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagruvs_w
    "Soll Massenstrom AGR f|r Ventilposition ungedrosselt"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagr_w
    "AGR Massenstrom ins Saugrohr ( 16-Bit )"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msagugds_w
    "Berechneter Soll-Massenstrom AGR ungedrosselt"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msaovvk_w
    "Massenstrom Abgas ohne Kraftstoffanteil vor Vorkat"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381630
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381630 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381630 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381630 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkalm_w
    "Massenstrom über Drosselklappe (abgeglichen mit HFM Signal)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkds_w
    "Massenstrom an der Drosselklappe berechnet aus dem Sensorsignal des DSS"
    UWORD
    m_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkhfm_w
    "Massenstrom an der Drosselklappe berechnet aus dem Sensorsignal des HFM"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkmx_w
    "max. möglicher Massenstrom über DK"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkoo_w
    "Massenstrom Drosselklappe ohne offset"
    UWORD
    m_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkoue_w
    "Massenstrom über Drosselklappe ohne Überweg"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdks_w
    "Soll-Luftmassenstrom durch Drosselvorrichtung"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkugds_w
    "Soll-Massenstrom über DK bei ps/pvdk=0.95 (ungedrosselt)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkugd_w
    "Massenstrom über DK bei ps/pvdk=0.95 (ungedrosselt)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkvf_w
    "Massenstrom über Drosselklappe vor Filterung"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdk_w
    "Massenstrom über Drosselklappe (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msfabr_w
    "Massenstrom Füllung der durch die Auslaßventile aus dem Brennraum fließt"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msfebr_w
    "Massenstrom Füllung der durch die Einlaßventile in den Brennraum fließt"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msgs_uc
    "Soll- Motormoment aus Getriebeüberwachung im Befehlstest"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msgs_um
    "Soll- Motormoment aus Getriebeüberwachung in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380452
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380452 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380452 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380452 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mshfms_w
    "Massenstrom HFM (signed Größe)"
    SWORD
    m_sw_b3276p8
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF28E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF28E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF28E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF28E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mshfm_w
    "Massenstrom HFM 16-Bit Größe"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF290
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF290 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF290 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF290 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mskgb_w
    "Kraftstoff Massenstrom, Bank 1"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381632
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381632 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381632 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381632 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnagrs_w
    "Normierter Sollmassenstrom externe AGR"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnagrvs_w
    "Normierter AGR Sollmassenstrom vor AGR-Ventilkennlinie"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnagrv_w
    "Normierter Massenstrom AGR aus Ventilkennlinie unkorrigiert"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnagr_w
    "normierter AGR-Massenstrom (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkoks_w
    "Normierter Soll-Luftmassenstrom durch Drosselvorrichtung ohne Korrektur"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkoos_w
    "Normierter Luftmassenstrom für Sollwinkelbestimmung Drosselklappe"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkoo_w
    "normierter Massenstrom Drosselklappe ohne offset (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkoug_w
    "Normmassenstrom über DK ohne Leckluft bei ps/pvdk=0.95 (ungedrosselt)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndko_w
    "normierter Leckluftmassenstrom über Drosselklappe (word)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkpk_w
    "normierter praedizierter korrig. Massenstrom ueber Drosselklappe (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndks_w
    "Normierter Soll-Luftmassenstrom durch Drosselvorrichtung"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkugd_w
    "Normmassenstrom über DK bei ps/pvdk=0.95 (ungedrosselt)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndk_w
    "normierter Massenstrom über Drosselklappe (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnhf_w
    "Normmassenstrom des Hauptfüllungssensors"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnohkm_w
    "Massenstrom NOx hinter Katalysator aus Modell"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381422
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381422 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381422 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381422 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnohk_w
    "NOx-Massenstrom hinter Speicherkat, NOx-Sensor"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38512E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38512E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38512E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38512E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnohmx_w
    "Maximaler Massenstrom NOx im mageren Homogenbetrieb im Krümmer"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385266
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385266 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385266 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385266 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnoikr_w
    "Massenstrom NOx im Krümmer"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385268
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385268 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385268 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385268 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnosmx_w
    "Maximaler Massenstrom NOx im Schichtbetrieb vor Speicherkat, ohne AGR"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38526A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38526A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38526A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38526A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnospa_w
    "Massenstrom NOx welcher ausgespeichert wird"
    UWORD
    m_q0p1085
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnospe_w
    "NOx-Speichermassenstrom, Eingang"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381426
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381426 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381426 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381426 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnovhk_w
    "Massenstrom NOx vor Hauptkatalysator"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38526C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38526C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38526C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38526C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnovkf_w
    "Massenstrom NOx vor Kat fiktiv"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385186
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385186 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385186 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385186 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnovy_w
    "Massenstrom NOx vor Y-Zusammenführung"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38526E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38526E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38526E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38526E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msntetev_w
    "normierter, überkritischer Massenstrom durch das TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msntevo_w
    "normierter, überkritischer Massenstrom durch das 100% offene TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msntev_w
    "gewünschter normierter, überkritischer Massenstrom TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnvhkf_w
    "Massenstrom NOx vor Hauptkatalysator, gefiltert"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381428
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381428 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381428 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381428 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mso2fm_w
    "Massenstrom zur Bestimmung OSC bei Fett-Mager-Sprung"
    UWORD
    m_q0p2170
    1
    100
    0
    14222

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381648 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381648 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mso2spa_w
    "Massenstrom O2, welcher ausgespeichert wird"
    UWORD
    m_q0p1085
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38142A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38142A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38142A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38142A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mspcv
    "Massenstrom über PCV Ventil"
    UBYTE
    m_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msrc_c_uc
    "Fehlerzähler für MSR-Überwachung des Befehlstestes"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3809A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msrc_c_um
    "Fehlerzähler für MSR-Eingriff-Überwachung der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380451
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380451 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380451 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380451 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msre_w
    "Massenstrom Reduktionsmittel effektiv"
    UWORD
    m_q0p1085
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38142C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38142C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38142C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38142C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msrg_w
    "Massenstrom Reduktionsmittel gesamt"
    UWORD
    m_q0p1085
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38142E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38142E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38142E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38142E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msrmdt_w
    "Inhalt des MSR-Plausibilitätstopfes"
    SWORD
    mdt_sw_b2556
    1
    100
    -2556
    2555.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3819BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mssgin_w
    "Ins Saugrohr strömender Massenstrom (Drosselklappe + TEV)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mssgout_w
    "Aus dem Saugrohr strömender Massenstrom (Drosselklappe + TEV + AGR)"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mssuaus_w
    "Massenstrom Schwefel, Austrag aus NOx-Katalysator"
    UWORD
    m_q1p13em6
    1
    100
    0
    0.0740729

    
    FORMAT "%10.8"
    
    ECU_ADDRESS 0x385288
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385288 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385288 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385288 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mssuein_w
    "Massenstrom Schwefel, Eintrag in NOx-Katalysator"
    UWORD
    m_q1p413em7
    1
    100
    0
    0.00925912

    
    FORMAT "%11.9"
    
    ECU_ADDRESS 0x38528A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38528A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38528A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38528A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mste
    "Massenstrom Tankentlüftung ins Saugrohr"
    UBYTE
    m_ub_b25p6
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF4B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B2 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B2 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstedte
    "Massenstrom TEV für DTEV"
    UBYTE
    m_ub_b25p6
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstedtef_w
    "Massenstrom Tankentlüftungsventil (gefiltert) für DTEV"
    UWORD
    m_q0p0031
    1
    100
    0
    204.797

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstedte_w
    "Massenstrom TEV für DTEV (Word)"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstemxub_w
    "Maximal möglicher Sollmassenstrom Tankentlüftung unbegrenzt"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msteo_w
    "Massenstom durch das 100% offene TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstesmx_w
    "Maximal möglicher Sollmassenstrom Tankentlüftung"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstesold_w
    "Massenstrom Tankentlüftung ins Saugrohr, (alter Sollwert)"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstesoll_w
    "Massenstrom Tankentlüftung ins Saugrohr, Sollwert"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstetev_w
    "Massenstrom durch das TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mste_w
    "Massenstrom Tankentlüftung in das Saugrohr"
    UWORD
    m_uw_b25p6
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msuspa_w
    "Masse Schwefel im Speicher aus Auswertung Sensor"
    UWORD
    m_q5p79em4
    1
    100
    0
    37.9253

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38528C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38528C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38528C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38528C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msuspe_w
    "Maximalwert für eingespeicherte Masse Schwefel bei Extrementschwefelung"
    UWORD
    m_q5p79em4
    1
    100
    0
    37.9253

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38528E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38528E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38528E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38528E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msusp_w
    "Aktueller Wert für eingespeicherte Masse Schwefel"
    UWORD
    m_q5p79em4
    1
    100
    0
    37.9253

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msvnpdel_w
    "Geräuschdämpfungsimpuls Verzögerung"
    UWORD
    t_q16us
    1
    100
    0
    1.04856e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x380C32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msvnpdur_w
    "Geräuschdämpfungsimpuls Dauer"
    UWORD
    t_q16us
    1
    100
    0
    1.04856e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x380C34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mszusr_w
    "Massenstrom über Drosselklappe und AGR-Ventil"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38539A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38539A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38539A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38539A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mtsegph_w
    "Gleitender Mittelwert der Phasenperiodendauer"
    UWORD
    t40usxus_q40
    1
    100
    0
    2.6214e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x3813A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3813A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3813A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3813A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mtse_w
    "momentane Fettgasmenge"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mver_c_uc
    "Fehlerzähler für Momentenvergleich im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3809D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mver_c_um
    "Fehlerzähler für Momentenvergleich der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380463
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380463 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380463 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380463 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mxafspa
    "Index des grössten fspa-Wertes im Mittelwertspeicher"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D65
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D65 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D65 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D65 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mxafspab
    "Index des 2. grössten fspa-Wertes im Mittelwertspeicher"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D66 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D66 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mxfspab_w
    "Wert des 2. grössten fspa-Wertes im Mittelwertspeicher"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3851FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mxfspa_w
    "Wert des größten fspa-Wertes im Mittelwertspeicher"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385200
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385200 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385200 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385200 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mxwkr
    "maximal zulässige zylinderindividuelle Zündwinkelspätverstellung KR"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzfo_uc
    "Gefiltertes zulässiges Moment inclusive Offset im Befehlstest"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzfo_um
    "gefiltertes zulässiges Moment inclusive Offset in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_low_uc
    ""
    UBYTE
    rel_ub_q0p00153
    1
    100
    0
    0.389074

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3809C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_low_um
    "Nachkommastellen für gefiltertes zulässiges Moment der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p00153
    1
    100
    0
    0.389074

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380458
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380458 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380458 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380458 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_ptr_uc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_ptr_um
    "Zeiger des Registers mzf_reg_um"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380459
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380459 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380459 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380459 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_reg_uc
    ""
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3809CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_reg_um
    "Register für zulässiges Moment zeitverzögert"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_uc
    "gefiltertes zulässiges Moment im Befehlstest"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_um
    "gefiltertes zulässiges Moment der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380462
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380462 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380462 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380462 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_x_uc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_y_uc
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzo_uc
    "Toleranz-Offset für das zulässige Moment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzo_um
    "Toleranz-Offset fürs zulässige Moment in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380455
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380455 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380455 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380455 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mz_uc
    "resultierendes zulässiges Moment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mz_um
    "resultierendes zulässiges Moment aus der Koordination der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380456
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380456 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380456 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380456 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nc_c_um
    "Fehlerzähler für Motordrehzahlvergleich für die Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380413
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380413 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380413 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380413 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndar_w
    "Differenzdrehzahl für Momenteneingriff"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38253C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38253C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38253C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38253C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndcdis_w
    "Drehzahlgrenze bei Abgeschalteter DK durch Überwachung"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndfibet_w
    "Betrag der gefilterten Differenzdrehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38253E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38253E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38253E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38253E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndfil_w
    "gefilterte Differenzdrehzahl"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382540 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382540 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndiffog_w
    "Schwelle Drehzahldifferenz zum Resetieren der AR beim Verzögern"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382542 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382542 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndiff_w
    "Differenzdrehzahl für LFR-HS-Verstärkungen"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382544
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382544 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382544 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382544 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndsalsu
    "Anzahl der gültigen Schubvorgänge für die Diagnosefunktion"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nfluts_w
    "Normierte gefilterte Winkelbeschleunigung relativ zum Zündungsvorgänger, Array"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38202E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38202E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38202E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38202E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nfskh
    "Leerlaufdrehzahl Fahrstufe bei Katheizen"
    UBYTE
    nmot_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384E81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nfsllsac
    "Solldrehzahl bei Klimaanlage ein (S_AC = 1) und eingelegter Fahrstufe (S_fs=1)"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380905
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380905 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380905 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380905 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngasf_w
    "Drehzahlgradient über ein Arbeitsspiel (gefiltert)"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.2
    12799.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38249C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38249C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38249C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38249C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngas_w
    "Drehzahlgradient über ein Arbeitsspiel"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.2
    12799.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381334
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381334 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381334 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381334 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngfil
    "gefilterter Drehzahlgradient"
    SBYTE
    nmotg_sb_q100
    1
    100
    -12800
    12700

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngfil_w
    "gefilterter Drehzahlgradient"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.2
    12799.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381336
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381336 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381336 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381336 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngkrv_w
    "aktueller Wert Drehzahldynamikschwelle"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.2
    12799.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3822E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nllcvt1
    " Drehzahlvorgabe aus CVT-Getriebe"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38056D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlldagkt
    "Drehzahlerhöhung bei Diagnose im Kurztest"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384D12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D12 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D12 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nllkh
    "Leerlaufdrehzahl bei Katheizen"
    UBYTE
    nmot_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384E82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E82 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E82 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nllsac
    "Solldrehzahl bei Klimaanlage ein (S_AC = 1)"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380906
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380906 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380906 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380906 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlp1tim
    "Zeitzähler für Wartezeit 1 im NLP-Lernen"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlsuiaf
    "Anzahl der Schwellwertfehler an Bond IA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D13
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D13 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D13 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D13 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlsuunf
    "Anzahl der Schwellwertfehler an Bond UN"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D14 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D14 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlsuvmf
    "Anzahl der Schwellwertfehler an Bond VM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D15
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D15 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D15 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D15 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nluts_w
    "Normierte Winkelbeschleunigung relativ zum Zündungsvorgänger, Array"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382036
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382036 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382036 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382036 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmaxext_w
    "Externe Drehzahlgrenze"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmaxfc_w
    "Zähler, Anzahl Überschreitungen der kritischen Drehzahl"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmaxga_w
    "Maximal zulässige gangabhängige Motordrehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382656 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382656 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmaxllkh
    "maximale Leerlaufdrehzahl zum Katalysatorheizen"
    UBYTE
    nmot_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384E83
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E83 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E83 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E83 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmaxmsv_w
    "Drehzahlgrenze im MSV Fehler Notfahrbetrieb"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3852FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmax_w
    "Drehzahlgrenze ohne Berücksichtigung von Drosselklappen-Fehlern"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382658
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382658 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382658 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382658 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmenpr_w
    "prädizierte Motordrehzahl zur Berechnung der erlaubten Betriebsarten"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmodiv_w
    "Drehzahl für Initialisierung ARMD berechnet aus Geschwindigkeit"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382546
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382546 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382546 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382546 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmod_w
    "Motordrehzahl aus Modell"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382548
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382548 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382548 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382548 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot
    "Motordrehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0xF344
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF344 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF344 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF344 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotas_w
    "Motordrehzahl von 2 Umdrehungen (1 Arbeitsspiel) zuvor"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381338
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381338 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381338 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381338 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotbdembv
    "Drehzahl zur Adressierung von KFBDEMBV mit Hysterese"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38081C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38081C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38081C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38081C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotbdemfa
    "Motordrehzahl für Hysterese zur Adressierung von KFBDEMFA"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384E3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotbiu_w
    "Motordrehzahl, ungefiltert berechnet im 2. Synchro"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotbi_w
    "Motordrehzahl, berechnet im 2. Synchro"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF4A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4A0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4A0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotkf
    "nmot mit Hysterese zur Kennfeldadressierung"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384EE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotll
    "Motordrehzahl im Leerlaufbereich"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotllfil
    "Gefilterte Drehzahl nmotll"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotpr_w
    "Prädizierte Motordrehzahl für NMAX-Regelung"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38265A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38265A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38265A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38265A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotrsp_w
    "Beginn Ringspeicher für Drehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    ARRAY_SIZE 6
    ECU_ADDRESS 0xF34A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF34A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF34A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF34A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmottmp_w
    "Motordrehzahl temporär für neue Prüfung NOx-Rohemissionen"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385188
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385188 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385188 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385188 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotumvar
    "Motordrehzahl für Adressierung KFUMVAR"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380531
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380531 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380531 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380531 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot_uc
    "Motordrehzahl im Befehlstest"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3809C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot_um
    "Motordrehzahl in der Funktionsüberwachung"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380414
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380414 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380414 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380414 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot_w
    "Motordrehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF346
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF346 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF346 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF346 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmst08_uc
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmst08_um
    "Stützstelle für Motordrehzahl in der Funktionsüberwachung (NMOT_UM)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38047C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38047C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38047C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38047C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmxpr
    "Verstärkung Proportionalanteil der NMAX-Regelung"
    UBYTE
    relnmot_q0p003052
    1
    100
    0
    0.778198

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380958
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380958 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380958 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380958 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmxzgst
    "maximale Drehzahl für Zylindergleichstellungsregelung"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384E30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E30 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E30 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    noactcnt
    "NOx-Aktivitätsschwelle"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D79
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D79 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D79 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D79 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nofist_w
    "Ist-Wert NOx-Rohmassenstrom fiktiv"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38518A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38518A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38518A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38518A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nofmx_w
    "Obere, adaptive Grenze fiktiver NOx-Rohmassenstrom"
    UWORD
    m_q0p00678_mgdivs
    1
    100
    0
    444.438

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkdox_w
    "NOx Schwellwert für MAX-Offsetdiagnose"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38521E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38521E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38521E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38521E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkerr_w
    "Fehlerwert in DNOHK"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohknr
    "Fehlernummer des aufgetretenen Fehlers aus DNOHK"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohknr_w
    "Fehlernummer des aufgetretenen Fehleres aus DNOHK"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkper_w
    "Fehlerwert in DNOHKP"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkpnr
    "Fehlernummer das aufgetretenen Fehlers aus DNOHKP"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkpnr_w
    "Fehlernummer des aufgetretenen Fehleres aus DNOHKP"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkpof_w
    "NOx-Offset im I.O. Fall"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkpter_w
    "Zeit seit Zuendung ein für Fehler in DNOHKP"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohksfa_w
    "Filterausgang NOx-Signal"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385130
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385130 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385130 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385130 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohksf_w
    "Gefiltertes nohksroh_w"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385132
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385132 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385132 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385132 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkskvf_w
    "NOx-Signal nach Lightoff-Korrektur"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385134
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385134 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385134 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385134 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkslo_w
    "Lightoff-Kurve korrigiert"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385136
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385136 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385136 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385136 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohksnok_w
    "NOx Offset aus GGNOH aditiv zum nohksroh_w"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385138
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385138 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385138 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385138 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohksofn_w
    "gefilterter nohksroh_w-Wert für NOx-MINoffsetprüfung"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385220
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385220 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385220 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385220 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohksofx_w
    "gefilterter nohksroh_w-Wert für NOx-MAXoffsetermittlung"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385222
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385222 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385222 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385222 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohksroh_w
    "unkorrigierte NOx-Konzentration hinter Speicherkatalysator, NOx-Sensor"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38513A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38513A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38513A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38513A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohks_w
    "korrigierte NOx-Konzentration hinter Speicherkatalysator"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38513C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38513C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38513C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38513C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkterr_w
    "Zeit seit Zuendung ein, zu der ein Fehler auftritt"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nohkt_w
    "Zeit nach Zuendung Ein in %DNOHK gebildet"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38520E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38520E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38520E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38520E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nokinta_w
    "Integral nohksroh_w Lightoff für Korrekturfaktor"
    UWORD
    m_uw_q4p0ppmmuls
    1
    100
    0
    262144

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38513E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38513E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38513E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38513E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nokint_w
    "Integral nohksroh_w Lightoff"
    UWORD
    m_uw_q4p0ppmmuls
    1
    100
    0
    262144

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385140
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385140 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385140 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385140 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nomxmx_w
    "additiver Nox Offset bei überfüllten Hauptkat"
    SWORD
    m_q0p03125_ppm
    1
    100
    -1024
    1023.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385224
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385224 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385224 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385224 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nooffcnt
    "Zaehler der Offset-Verletzungen aus GGNOHK"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nooszmx_w
    "Max-Wertspeicher des Oszillationssummierers"
    UWORD
    fak_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385226
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385226 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385226 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385226 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nosgfil_w
    "NOx-Speichergröße gefiltert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nosgref_w
    "NOx-Speichergröße, Referenzwert nach Entschwefelung"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nosg_w
    "NOx-Speichergröße"
    UWORD
    m_q0p217_mg
    1
    100
    0
    14222

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38164A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38164A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38164A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38164A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nospexp_w
    "Exponent für NOx-Einspeicherung"
    SWORD
    fak_q0p0039
    1
    100
    -128
    127.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    novposz_w
    "Ausgang SummiererOszilation VP-Signal"
    UWORD
    fak_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385228
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385228 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385228 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385228 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nrkatm_w
    "nmot*rkg für Taupunktende-Verzögerung"
    UWORD
    nmotrk_q768
    1
    100
    0
    5.03309e+007

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x385076
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385076 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385076 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385076 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsa
    "Drehzahl Schub"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsactr
    "Nachstartcounter"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsalsu
    "Anzahl von gültigen Schubvorgängen für den Schubabgleich"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383280
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383280 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383280 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383280 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsber
    "Solldrehzahl für NMAX-Regelung"
    UBYTE
    nmot_q64
    1
    100
    0
    16320

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384EB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsber_w
    "Solldrehzahl für NMAX-Regelung"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38265C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38265C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38265C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38265C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsc_c_um
    "Nachstart-Zeitzähler Nachstartaufweitung der FU"
    UWORD
    t40msxs_uw_q0p04
    1
    100
    0
    2621.4

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380478
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380478 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380478 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380478 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsfsm
    "LLR: Motortemperaturabhängige Solldrehzahl im LL bei S_fs=1"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384EA5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsfsmn
    "LLR: Minimale Solldrehzahl bei eingelegter Fahrstufe"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380907
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380907 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380907 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380907 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nshlamn
    "Soll-Leerlaufdrehzahl bei Heizanforderung"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nska_uc
    "Grenzdrehzahl bei aktiver Fehlerreaktion im Befehlstest"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3809DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nska_um
    "Grenzdrehzahl bei aktiver Fehlerreaktion in der Funktionsüberwachung"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3809D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nslbz
    "Solldrehtahl abhängig von lbz"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384EA7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nslfa
    "Solldrehzahl bei Kurztrip"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38091C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsllm
    "LLR: Motortemperaturabhängige Solldrehzahl im LL"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384EA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsllmn
    "LLR: Minimale Solldrehzahl im LL"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380908
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380908 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380908 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380908 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnf
    "LLR: Nachgeführte Solldrehzahl"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380909
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380909 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380909 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380909 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsof_c_um
    "Zähler Entprellzeit für Abschaltung der Nachstartaufweitung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380416
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380416 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380416 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380416 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsol
    "Leerlaufsolldrehzahl"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38090A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsol_w
    "Leerlaufsolldrehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382416
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382416 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382416 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382416 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nspwgnot
    "Solldrehzahl Leerlauf bei Ausfall beider FPM-Signale"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384D16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D16 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D16 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsst
    "Initialisierungswert der Solldrehzahl im Start"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38090B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstat
    "Solldrehzahl stationär"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38090C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstat2
    "Stationnäre Solldrehzahl nach Begrenzung"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38090D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstat3
    "Stationnäre Solldrehzahl vor Filterung"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38090E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstate
    "effektive stationäre Solldrehzahl"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38090F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstatfil
    "Solldrehzahl stationär gefiltert"
    UBYTE
    nmot_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380910
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380910 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380910 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380910 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstaw_w
    "Drehzahl aus Kennlinie NSTAW"
    UWORD
    nmot_uw_q0p25
    1
    100
    0
    16383.8

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381016
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381016 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381016 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381016 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsynggdpg
    "Neusynchronisationsmonitor für GGDPG"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsynnldg
    "Neusynchronisationsmonitor für NLDG"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380602
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380602 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380602 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380602 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsyw
    "Getriebesynchronisationswunschdrehzahl"
    UBYTE
    nmot_ub_q25
    1
    100
    0
    6375

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38056E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsywin
    "inverierte Getriebesynchronisationswunschdrehzahl"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38056F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ntkdt
    "Anzahl der durchgeführten Schritte bei der Berurteilung der Temperaturdifferenz"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D8D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nturbc_w
    "Wandler-Turbinendrehzahl über CAN"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384F9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nturbv_w
    "Vorraussichtliche Turbinendrehzahl des Wandlers"
    UWORD
    nmot_q0p1453421
    1
    100
    0
    9524.99

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382432
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382432 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382432 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382432 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nturb_w
    "Turbinendrehzahl des Wandlers"
    UWORD
    nmot_q0p1453421
    1
    100
    0
    9524.99

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382434
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382434 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382434 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382434 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nver_w
    "Drehzahlverhältnis"
    UWORD
    fak_uw_b8
    1
    100
    0
    7.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nvquot_w
    "Quotient Motordrehzahl nmot / Fahrgeschwindigkeit vfzg"
    UWORD
    qnv_uw_b512
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwe
    "Wiedereinsetzdrehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwecvt
    "Drehzahl Wiedereinsetzen bei CVT-Getriebe"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384EA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwema
    "Drehzahl Wiedereinsetzen"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwemn
    "Minimale Wiedereinsetzdrehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwenga
    "Drehzahl Wiedereinsetzen"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwnumbz_w
    "Anzahl Nockenwellenumdrehungen, Übergabe an Zustandsautomat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nz_um
    "Motordrehzahl aus Zahnzählerdifferenz pro Zeit in der Funktionsüberwachung"
    UBYTE
    nmot_ub_q40
    1
    100
    0
    10200

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380415
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380415 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380415 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380415 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    n_flags_uc
    "Byte für Nachstart-Bits des Befehlstestes"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    n_flags_um
    "Byte für Nachstart-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380403
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380403 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380403 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380403 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2adapi_w
    "Adaptiertes O2-Konzentration-Signal nach erfolgreichem Schubabgleich (Byp)"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381886
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381886 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381886 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381886 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2adap_w
    "Adaptiertes O2-Konzentration-Signal nach erfolgreichem Schubabgleich"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381888
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381888 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381888 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381888 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2delta_w
    "Differenz zwischen Referenz-O2-Konzentration (Frischluft) und LSU-Signal"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2hksp_w
    "druckkorrigiertes O2-Signal des NOx-Sensors"
    SWORD
    rel_q0p7629Em3
    1
    100
    -25
    24.9992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385142
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385142 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385142 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385142 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2korr_w
    "Korrigierte O2-Konzentration während Schubabgleich"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2vk_w
    "O2- Überschuss bzw. _O2- Mangel der LSU im Abgas bezogen auf Lambda = 1"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF494
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF494 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF494 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF494 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    OBPSWOFFbits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofagrugd_w
    "Offset Massenstrom AGR ungedrosselt"
    UWORD
    m_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofdssi_w
    "Offset-Spannung Drucksensor Saugrohr intern (word)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38533E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38533E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38533E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38533E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofdss_w
    "Offset-Spannung Drucksensor Saugrohr (word)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofdsu_w
    "Offset-Spannung Umgebungsdrucksensor (word)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    offz_w
    "Offenzeit Funkenpakete Funkenbandzündung"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF4BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4BE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4BE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofmsndk_w
    "Offset normierter Massenstrom über Drosselklappe (word)"
    SWORD
    m_sw_b3276p8
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofpbrint_w
    "Offsetkorrektur von pbrintuk_w HFM/DSS Adaption"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x383FA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofpsrabs_w
    "Offset-Spannung Drucksensor Saugrohr (word) Betrag"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385340
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385340 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385340 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385340 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofpsxs_w
    "Offset zu Sollsaugrohrdruck"
    SWORD
    p_sw_q0p039
    1
    100
    -1280
    1279.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofvpagr_u
    "Offset Ventilposition AGR  (8 bit)"
    UBYTE
    rel_q0p097_o12p5
    1
    100
    -12.5
    12.4023

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofvpagr_w
    "Offset Ventilposition AGR"
    SWORD
    rel_sw_b50
    1
    100
    -50
    49.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38342A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38342A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38342A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38342A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oigoxfk_w
    "Obere Grenze Sauerstoffintegrator Vorkat"
    SWORD
    m_q0p1_mg
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38165E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38165E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38165E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38165E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    okw_w
    "NOx-Offsetkorrekturwert"
    SWORD
    m_q2_ppm
    1
    100
    -65536
    65534

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385144
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385144 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385144 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385144 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    onmotbi_w
    "Offset von nmotbi_w zu nmot_w"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192
    8191.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ora
    "additive Gemischkorrektur der Gemischdaption (8 Bit)"
    SBYTE
    rel_q0p1875
    1
    100
    -24
    23.8125

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E1F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    orahlt_w
    "additive Gemischkorrektur von der letzten Trip (HFM)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    orah_w
    "additive Gemischkorrektur der Gemischdaption (HFM-System)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oraini_w
    "ORA-Initialisierungswert abhängig von Füllungserfassung"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oraplt_w
    "additive Gemischkorrektur von der letzten Trip (P-System)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    orap_w
    "additive Gemischkorrektur der Gemischdaption (P-System)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oraref_w
    "Referenzwert additive Gemischkorrektur"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385440
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385440 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385440 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385440 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oras_w
    "additive Gemischkorrektur der Gemischdaption beim Start der GA"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ora_u
    "additive Gemischkorrektur der Gemischdaption (8 Bit, unsigned)"
    UBYTE
    rel_q0p1875_o24
    1
    100
    -24
    23.8125

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ora_w
    "additive Gemischkorrektur der Gemischdaption"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385420
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385420 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385420 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385420 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdfkn_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384FA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdkta_w
    "Sauerstoffspeichervermögen des Katalysators, Applikations-Speicherwert"
    UWORD
    m_q0p1_mg
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38176C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38176C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38176C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38176C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdktf_w
    "Gefiltertes Sauerstoffspeichervermögen des Katalysators, Katdiagnose"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdktg_w
    "Sauerstoffspeichervermögen eines GutKatalysators"
    UWORD
    m_q0p1085_mg
    1
    100
    0
    7111

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdktm_w
    "Mittelwert des Sauerstoffspeichervermögens des Katalysators, Katdiagnose"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdktn_w
    "Normierte Sauerstoffspeicherfähigkeit, Katdiagnose"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38176E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38176E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38176E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38176E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdktr_w
    "Normierte Sauerstoffspeicherfähigkeit, Referenzwert, Katdiagnose"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdkts_w
    "Sauerstoffspeichervermögen des Katalysators, Summenwert"
    UWORD
    fak_uw_b128
    1
    100
    0
    127.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3852BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdktt_w
    "Sauerstoffspeichervermögen des Katalysators, temperaturkorrigiert, Katdiagnose"
    UWORD
    m_q0p1_mg
    1
    100
    10
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscdkt_w
    "Sauerstoffspeichervermögen des Katalysators, Katdiagnose"
    UWORD
    m_q0p1_mg
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscfkn_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384FA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscfn_w
    "Sauerstoffspeicherfähigkeit eines Neukats bei gleichen Temp., Massenfluss"
    UWORD
    m_q0p1_mg
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38524A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38524A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38524A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38524A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscmnd_w
    "Minimale Abweichung der Sauerstoffspeichervermögen des Katalysators"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscmn_w
    "Minimalwert des Sauerstoffspeichervermögens des Katalysators"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscmxd_w
    "Maximale Abweichung der Sauerstoffspeichervermögen des Katalysators"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oscmx_w
    "Maximalwert des Sauerstoffspeichervermögens des Katalysators"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3852C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ovlCtr
    "Schließzeit-Überlappsungszähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF24F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24F 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24F INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oxinfk_w
    "Sauerstoffmassenfluss in Vorkat"
    SWORD
    m_q0p1_mgs
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381660
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381660 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381660 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381660 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oxsfk_w
    "Im Vorkat eingespeicherter Sauerstoffüberschussmasse"
    SWORD
    m_q0p1_mg
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381662
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381662 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381662 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381662 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_00_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_01_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_02_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_03_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_04_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_05_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_06_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_07_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_08_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_09_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_10_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_11_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_12_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_13_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_14_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P2_15_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P7_0_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P7_1_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P7_2_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P7_3_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P7_4_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P7_5_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P7_6_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P7_7_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P8_0_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P8_1_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P8_2_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P8_3_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P8_4_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P8_5_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P8_6_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P8_7_FR
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    paagreo_w
    "Abgasgegendruck an AGR Entnahmeort"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabnav_w
    "Abgasdruck nach Auslaßventil"
    UWORD
    p_uw_q0p078
    1
    100
    0
    5119.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabvhk_w
    "Abgasgegendruck vor Hauptkat"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabvvk_w
    "Abgasgegendruck vor Vorkat"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    palsu_w
    "Absolutdruck Abgassystem"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385646
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385646 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385646 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385646 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pausez_w
    "Anzahl Pausensegmente, Übergabe an Zustandsautomat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkist_w
    "ist-Druck Kraftstoffsystem gefiltert"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksadg_w
    "Adaptionswert für BKS gewichtet mit pbksoll_w"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksadr_w
    "Adaptionswert für EKP roh"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksda_w
    "D-Anteil des Reglers"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksdiff_w
    "Druckveraenderung EKP"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksdio_w
    "Druckveraenderung alter Wert"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksdr_w
    "Reglerantwort"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksiad_w
    "I-Anteil Veränderung"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385306
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385306 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385306 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385306 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksiao_w
    "I-Anteil Regler alter Wert"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385308
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385308 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385308 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385308 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksia_w
    "I-Anteil Reglers"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksidif_w
    "Druckabweichung Niederdruckseite foedermengenabhaengig"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksinp_w
    "Druckanforderung momentan"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksoll_w
    "Solldruck Kraftstoff EKP"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksowd_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384FA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbksowf_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384FA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkspa_w
    "P-Anteil des Reglers"
    SWORD
    p_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkv
    "Bremskraftverstärker-Druck von DS"
    UBYTE
    p_ub_q5
    1
    100
    0
    1275

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380ABF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkva_w
    "Druck beim Loslassen der Bremse im BKV"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvel_w
    "Druck beim Betätigen der Bremse (Leckage)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvmod_w
    "Bremskraftverstärkerdruck modelliert"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvmpu_w
    "Druckverhältnis pbkvmod_w/pubkv_w"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3856F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkv_w
    "Bremskraftverstärker-Druck von DS"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrdss_w
    "Berechneter Brennraumdruck mit DSS"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrehoms_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum  Einl. durch int. AGR in Homogen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385374
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385374 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385374 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385374 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrenhss_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum Einl. durch interne AGR in NHS"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385376
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385376 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385376 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385376 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbreschs_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum Einl. durch interne AGR in Schicht"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385378
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385378 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385378 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385378 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrihoms_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum durch interne AGR in Homogen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38537A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38537A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38537A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38537A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrinhss_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum durch interne AGR in NHS"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38537C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38537C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38537C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38537C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrintna_w
    "pbrintro_w nach Anpassung bei hohem Saugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrintro_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch internes AGR ungefiltert"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrintuk_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch internes AGR unkorrigiert"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385358
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385358 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385358 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385358 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrint_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch internes AGR"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbriroe_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch int.AGR ungef. bei Einlaß-NW"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrischs_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum durch interne AGR in Schicht"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38537E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38537E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38537E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38537E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrkh_w
    "Berechneter Brennraumdruck im Verbrennungstakt"
    UWORD
    p_q0p01
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381E9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrohoms_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum roh durch interne AGR in Homogen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385380
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385380 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385380 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385380 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbronhss_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum roh durch interne AGR in NHS"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385382
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385382 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385382 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385382 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbroschs_w
    "Sollpartialdruck (Inertgas+Luft) im Brennraum roh durch interne AGR in Schicht"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385384
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385384 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385384 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385384 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrs_w
    "Berechneter Brennraumdruck im Verdichtungshub"
    UWORD
    p_q0p01
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381E9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pdblagrs_w
    "Druckdifferenz über AGR-Fehlerblende Sollseite"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pdblagr_w
    "Druckdifferenz durch Blendenwiderstand AGR"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pdkagrds_w
    "Korrigierter AGR-Partialdruck für Saugrohrdruckdiagnose"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    percnt_w
    "Zähler 10-ms-Schritte für fr-synchrone lamsolh-Mittelung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3828EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perfilt_bg
    ""
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perfmax_w
    "Maximale system Belastung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38341C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38341C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38341C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38341C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perform_bg
    ""
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perioval_w
    "Periodendauer für PWM-Berechnung kldfpwm"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382C9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382C9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382C9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382C9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phc_w
    "Phasenzähler für Gemischadaptionsanforderung"
    UWORD
    t100msxs_uw_b6553p6
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38542A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38542A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38542A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38542A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phlosctr_w
    "Zähler Neusynchronisation durch falsche Synchronisation an BM (word)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phlsuri_w
    "unbegrenzte Heizleistungsanforderung"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385616
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385616 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385616 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385616 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phpw
    "Phasensignal Pegelwechsel (8 Bit Schieberegister)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phtevpu_w
    "Quotient Druck hinter TEV / Umgebungsdruck"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuaaaa
    "Dummy fid: phyikalische Priorität eines aktiven fid (Mode A)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F14 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F14 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuaddsv
    "Prioritätsbeitrag aus Funktionssicht von Diagnose Drucksteuerventil"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F15
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F15 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F15 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F15 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuafra
    "physikalische Dringlichkeit bei FRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F16 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F16 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuafrat
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F17
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F17 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F17 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F17 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuaora
    "physikalische Dringlichkeit bei ORA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuateh
    "physikalische Dringlichkeit: Mode A, hohe Bel. in Tankentlüftung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuatel
    "physikalische Dringlichkeit: Mode A, niedrige Bel. in TE"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuatem
    "physikalische Dringlichkeit: Mode A, mittlerer Bel. in Tankentlüftung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuaten
    "Prioritätsbeitrag aus Funktionssicht von Notlauf-Tankentlüftung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F1C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F1C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuatevh
    "Prioritätsbeitrag aus Funktionssicht von Diagnose TEV homogen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuatevm
    "Prioritätsbeitrag aus Funktionssicht von Diagnose TEV mager"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubaaa
    "Dummy fid: phyikalische Priorität eines inaktiven fid (Mode B)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F1F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F1F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F1F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F1F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubagra
    "Prioritätsbeitrag aus Funktionssicht von AGR Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F20 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F20 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubdlsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F21
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F21 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F21 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F21 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubfrst
    "physikalische Dringlichkeit: Mode B, FRST"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F22 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F22 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubfups
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F23
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F23 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F23 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F23 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubhmm
    "phys. Dringlichkeit: Mode B, Betriebsart homogen mager"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F24 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F24 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubhom
    "phys. Dringlichkeit: Mode B, Betriebsart homogen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubhos
    "phys. Dringlichkeit: Mode B, Betriebsart homogen/schicht (Doppeleinspritzung)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F26 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F26 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubktsp
    "Prioritätsbeitrag aus Funktionssicht von Kat.-Sprungdiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phublahh
    "Prioritätsbeitrag aus Funktionssicht von LambdaShift HOM-SchwingPrüf LS HK"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F28 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F28 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phublahh2
    "Prioritätsbeitrag aus Funktionssicht von LambdaShift HOM-SchwingPrüf LS HK Bank2"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F29
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F29 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F29 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F29 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phublash
    "phys. Dringlichkeit: Mode B, Schwingungsprüfung in DLSAHK"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F2A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F2A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubllrh
    "Prioritätsbeitrag aus Funktionssicht von Drehzahlabweichung HOM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F2B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F2B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F2B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F2B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubllrm
    "Prioritätsbeitrag aus Funktionssicht von Drehzahlabweichung SCH"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F2C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F2C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phublsu
    "phys. Dringlichkeit: Mode B, Dynamikprüfung in DLSU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F2D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F2D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F2D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F2D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubpbri
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubplsu
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F2F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F2F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F2F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F2F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubsch
    "phys. Dringlichkeit: Mode B, Betriebsart schicht"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F30 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F30 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubskh
    "phys. Dringlichkeit: Mode B, Betriebsart schicht/Katheizen (Doppeleinspritzung)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F31
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F31 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F31 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F31 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubtest
    "phys. Dringlichkeit: Mode B, TEV-Ansteuerung für Leckdiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F32 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F32 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubtevp
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F33
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F33 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F33 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F33 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phubtkp
    "phyikalische Priorität der inaktiven passiven thermischen Katalysatordiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F34 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F34 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phucaaa
    "Dummy fid: phyikalische Priorität eines Inhibit-Only-fid (Mode C)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F35
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F35 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F35 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F35 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phufra
    "physikalische Dringlichkeit bei FRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E23
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E23 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E23 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E23 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phuora
    "physikalische Dringlichkeit bei ORA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E24 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E24 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pirgia_w
    "Interpolation zwischen den Kennfeldern KFPRGA und KFPRGKL2A"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pirgie_w
    "Interpolation zwischen den Kennfeldern KFPRGE und KFPRGKL2E"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pirgres_w
    "Partialdruck residuales Restgas im Brennraum"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38535A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38535A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38535A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38535A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pirg_w
    "Partialdruck Restgas interne AGR (16-Bit)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38535C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38535C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38535C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38535C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pistnd_w
    "Gefilterter Niederdruck Istwert (Absolutdruck)"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pklimakmtr
    "Druck Klimaanlage für KMTR"
    UBYTE
    p_q0p2
    1
    100
    0
    51

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EF3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pkodrc
    "Kompressordrucksignal"
    UBYTE
    p_q0p2
    1
    100
    0
    51

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380570
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380570 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380570 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380570 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pksbksr_w
    "Kraftstoffdruck EKP roh"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plokbits
    "enthält Plausibilitäts Bits"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383253 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383253 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plrhzpf_w
    "ZPR-Version: P-Sprung im ""Fetten"""
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plrhzpm_w
    "ZPR-Version: P-Sprung im ""Mageren"""
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3828F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plufi_w
    "modellierter Absolutdruck stromabwärts von Luftfilter"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385334
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385334 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385334 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385334 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pmcod_w
    "Parametercode der Variantencodierung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3856E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pmndbks_w
    "minimal zulässiger Kraftstoffdruck Niederdruckseite"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38531A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38531A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38531A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38531A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pmxbksr_w
    "Kraftstoffdruck Niederdruckseite max-gefiltert 20ms"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38531C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38531C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38531C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38531C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pmxdbks_w
    "maximal zulässiger Kraftstoffdruck Niederdruckseite"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38531E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38531E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38531E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38531E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Port2_FR
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFFC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Port3_FR
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFFC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Port4_FR
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFFC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Port5_FR
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFFA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Port7_FR
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFFD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Port8_FR
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFFD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFFD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFFD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFFD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prdiffse_w
    "Gefilterte Raildruck Regelabweichung zur Signal-Fehler-Diagnose"
    SWORD
    p_q0p0005
    1
    100
    -16.384
    16.3835

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382156
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382156 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382156 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382156 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prdiffxn_w
    "Gefilterte Raildruck Regelabweichung zur Min/Max-Fehler-Diagnose"
    SWORD
    p_q0p0005
    1
    100
    -16.384
    16.3835

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382158
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382158 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382158 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382158 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prdiff_w
    "Regelabweichung der Raildruckregelung"
    SWORD
    p_q0p0005
    1
    100
    -16.384
    16.3835

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38211A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38211A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38211A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38211A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prdr_w
    "Ausgangswert Raildruckregler"
    SWORD
    p_q0p0005
    1
    100
    -16.384
    16.3835

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38211C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38211C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38211C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38211C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prga_w
    "interner Abgaspartialdruck abhängig von NW-Verstellung(Grundwert) bei Auslaß-NWS"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prge_w
    "interner Abgaspartialdruck abhängig von NW-Verstellung(Grundwert) bei Einlaß-NWS"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prgkl2a_w
    "interner Abgaspartialdruck abh. von NW-Verstellung bei akt. 2.Klappe(Auslaß-NWS)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prgkl2e_w
    "interner Abgaspartialdruck abh. von NW-Verstellung bei akt. 2.Klappe(Einlaß-NWS)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prgsua_w
    "interner Abgaspartialdruck abh. von NW-Verstellung bei Saugrohrumsch(Auslaß-NWS)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prgsue_w
    "interner Abgaspartialdruck abh. von NW-Verstellung bei Saugrohrumsch(Einlaß-NWS)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhigh_w
    "Maximalwert der Druckspitze bei Rückblasen von Luft ins Rail"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381370
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381370 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381370 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381370 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsub_w
    "Relative Leistung für Lambdasondenheizung zu Beginn der Aufheizphase"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385618
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385618 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385618 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385618 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsud_w
    "D-Anteil der Stellgröße des PID-Reglers aus %HRLSU"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38561A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38561A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38561A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38561A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsuin_w
    "Relative Initialisierungsheizleistung für Lambdasondenheizung"
    SWORD
    rel_q0p0061
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38561C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38561C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38561C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38561C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsui_w
    "I-Anteil der Stellgröße des PID-Reglers aus %HRLSU"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38561E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38561E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38561E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38561E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsup_w
    "P-Anteil der Stellgröße des PID-Reglers aus %HRLSU"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385620
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385620 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385620 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385620 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsur_w
    "Relative Heizleistung für Lambdasondenheizung während der Regelphase"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385622
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385622 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385622 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385622 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhrlsu_w
    "Relative Heizleistungsanforderung für Lambdasondenheizung"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385624
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385624 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385624 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385624 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pria_w
    "Hochdruckregler I-Anteil"
    SWORD
    p_q0p0005
    1
    100
    -16.384
    16.3835

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38211E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38211E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38211E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38211E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prioko
    "Priorität BDE-Betriebsartenwunsch aus Koordination"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380532
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380532 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380532 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380532 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prista_w
    "array des gepeicherten Kraftstoffdruckes des letzten Arbeitsspieles"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381D56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prist_u
    "Gefilterter Raildruck-Istwert (Absolutdruck) (8 bit)"
    UBYTE
    p_q0p128
    1
    100
    0
    32.64

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prist_um
    "Kraftstoffdruck in Funktionsüberwachung"
    UBYTE
    p_q0p1286
    1
    100
    0
    32.793

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380435
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380435 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380435 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380435 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prist_w
    "Gefilterter Raildruck-Istwert (Absolutdruck)"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382102
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382102 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382102 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382102 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prlbks_w
    "relativer Kraftstoffdruck in Niederdruckleitung"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385320
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385320 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385320 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385320 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prmax_w
    "Maximalwertbegrenzung Sollwert Raildruck"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38210E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38210E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38210E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38210E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prnl_w
    "Istdruckvorgabe aus Diagnose"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385526 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385526 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prpa_w
    "Hochdruckregler p-Anteil"
    SWORD
    p_q0p0005
    1
    100
    -16.384
    16.3835

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382120
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382120 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382120 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382120 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prroh_w
    "ungefilteter Raildruck Istwert (abs.)"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3820FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prsolkf_w
    "Sollwert Raildruck aus Kennfeld"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382110
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382110 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382110 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382110 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prsollu_w
    "Sollwert Raildruckregelung, ungefiltert"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382112
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382112 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382112 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382112 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prsoll_u
    "Sollwert Raildruckregelung  (8 bit)"
    UBYTE
    p_q0p128
    1
    100
    0
    32.64

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prsoll_w
    "Sollwert Raildruckregelung"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382114
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382114 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382114 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382114 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prsolvb_w
    "Solldruck vor Begrenzung"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382116
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382116 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382116 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382116 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prstt_w
    "Kraftstoffdruck während Start (Absolutdruck)"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382104
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382104 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382104 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382104 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prvst_w
    "Raildruck für Berechnung Vorsteuerung"
    UWORD
    p_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38212E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38212E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38212E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38212E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ps
    "gemessener Saugrohr-Absolutdruck"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380763
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380763 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380763 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380763 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psbkv_w
    "benötigter Saugrohrdruck, falls nicht genügend Unterdruck im Bremskraftverst."
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdmn_w
    "Kennfeldausgangswert für minimale Druckplausibilität"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdmxvg_w
    "maximale Druckplausibilität incl. AGR-Partialdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdmx_w
    "Kennfeldausgangswert für maximale Druckplausibilität"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdss
    "Saugrohrdruck gemessen mit Drucksensor am Saugrohr (DS-S)"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38074D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdssi
    "Saugrohrdruck gemessen mit Drucksensor am Saugrohr (DS-S) intern"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38074E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdssi_w
    "Saugrohrdruck gemessen mit Drucksensor am Saugrohr (DS-S) intern"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdssr_w
    "Saugrohr-Absolutdruck Rohwert"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdsssm_w
    "Saugrohrdruck gemessen mit Drucksensor im Saugrohr(Mitte Segment)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdsst20_w
    "Saugrohrdruck psdss umkopiert ins 20ms Raster"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdss_u
    "Saugrohrdruck gemessen mit Drucksensor am Saugrohr (DS-S) mit SAE-Quantisierung"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdss_w
    "Saugrohrdruck gemessen mit Drucksensor am Saugrohr (DS-S)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psdtevm_w
    "Geforderter Saugrohrdruck für DTEV in Magerbetriebsarten"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psfgds_w
    "Frischluftpartialdruck im Saugrohr (Luft, über DK und TEV)DSS-basiert+int. Restg"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psfglm_w
    "Frischluftpartialdruck im Saugrohr (Luft, über DK und TEV)HFM-basiert+int. Restg"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psfg_w
    "Frischgaspartialdruck im Saugrohr (word)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psini_w
    "Saugrohrdruck bei nmot=0"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38532A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38532A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38532A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38532A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psirext_w
    "Inertgaspartialdruck im Saugrohr durch externes AGR"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pslmsm_w
    "modellierter Saugrohrdruck HFM basiert(MItte segment)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pslm_w
    "modellierter Saugrohrdruck HFM basiert"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pslrext_w
    "Luftpartialdruck im Saugrohr durch externes AGR"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmppvdk_w
    "praed. ps/Druck vor Drosselklappe (word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381DC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmp_w
    "extrapolierter Saugrohrdruck (Word)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxagrs_w
    "maximal zulässiger Saugrohrdruck wegen Abgasrückführung"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxbkvg
    "geforderter max. Saugrohrdruck für Bremsunterdruckspeicher"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380AC7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxbkvg_w
    "geforderter max. Saugrohrdruck für Bremsunterdruckspeicher"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382BFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxhmms_w
    "Sollsaugrohrdruck im homogenen Magerbetrieb"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxhoss_w
    "Sollsaugrohrdruck im Homogen/Schichtbetrieb"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxschs_w
    "Sollsaugrohrdruck im Schichtbetrieb"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxscst_w
    "Sollsaugrohrdruck im Schichtbetrieb im stationär"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxskhs_w
    "Sollsaugrohrdruck im Betrieb Schicht/Katheizen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmx_w
    "Saugrohrmaximaldruckbegrenzung für modellierten Saugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspagrug_w
    "Druckverhältnis AGR ungedrosselt"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspmx_w
    "max. praedizierter Saugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspu
    "Quotient Saugrohrdruck Umgebungsdruck"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvagrb_w
    "Quotient Saugrohrdruck/Druck vor AGR-Ventil begrenzt"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvagrd_w
    "Druckverhältnis Saugrohrdruck zu Druck vor AGR-Ventill, DSS basiert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380DCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvagrs_w
    "Druckverhältnis Saugrohrdruck zu Druck vor AGR-Ventil Sollwert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380D82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvdb_w
    "Quotient Saugrohrduck/Druck vor DK begrenzt (word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvdkds_w
    "Verhältnis Saugrohrdruck/Druck vor Drosselklappe von Drucksensor (word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvdkug_w
    "= PSPVDKUG"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvdk_w
    "Quotient Saugrohrdruck/Druck vor Drosselklappe (word)"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvdsf_w
    "Hilfsvariable Berücksichtigung der Höhe im Verhältnis Saugrohrdruck/Druck vor DK"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385078
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385078 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385078 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385078 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvds_w
    "Quotient Saugrohrdruck/Druck vor DK"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psrexts_w
    "Sollpartialdruck (Inertgas+Luft) im Saugrohr durch ext. AGR"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psrext_w
    "Partialdruck (Inertgas+Luft)im Saugrohr durch ext.AGR"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psrohbks_w
    "Kraftstoffsolldruck roh"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38530A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38530A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38530A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38530A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pssolhom_w
    "Sollsaugrohrdruck für Homogenbetrieb"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3854A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pssol_w
    "Sollsaugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psspbkv_w
    "Druck Saugstrahlpumpe von Bremskraftverstärker"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psstbks_w
    "Solldruck im Start und in der Nachstartphase"
    UWORD
    p_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38530C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38530C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38530C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38530C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pstehmms_w
    "Geforderter Saugrohrdruck für TE im Homogen-Mager-Betrieb"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psteschs_w
    "Geforderter Saugrohrdruck für TE in Schichtbetriebsarten"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psugd_w
    "Saugrohrdruck bei ungedrosseltem Punkt (Druckverhältnis an DK von PSPVDKUG )"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psxhmms_w
    "max. Soll-Saugrohrdruck im homogenen Magerbetrieb"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psxhoss_w
    "max. Sollsaugrohrdruck im Homogen-/Schichtbetrieb"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psxschs_w
    "max. Sollsaugrohrdruck im Schichtbetrieb"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psxsfilv_w
    "psxsfil_w um TDPSXSFIL verzögert"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psxsfil_w
    "psxs_w gefiltert (gleiche Dynamik wie Istsaugrohrdruck)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psxskhs_w
    "max. Sollsaugrohrdruck im Schichtbetrieb/Katheizen"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psxs_w
    "max. Sollsaugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ps_w
    "Saugrohr-Absolutdruck (Word)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF410
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF410 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF410 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF410 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pte_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384FAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pu
    "Umgebungsdruck"
    UBYTE
    p_ub_q5
    1
    100
    0
    1275

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384DF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pubkv_w
    "Umgebungsdruck für Bremskraftver. (im Fehlerfall Umgebungsd. anderer Ersatzwert)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    puhk_w
    "korrigierter Umgebungsdruck hinter Kat"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385146
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385146 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385146 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385146 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pulbk_w
    "Umgebungsdruck für LBK (im Fehlerfall Umgebungsd. anderer Ersatzwert)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pus_w
    "Umgebungsdruck ohne Umschaltung auf Ersatzwert bei Sensorfehler"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385336
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385336 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385336 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385336 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pu_w
    "Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385338
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385338 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385338 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385338 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvagrug_w
    "Druck vor AGR-Ventil für ungedrosselten Fall"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvagrvbg_w
    "Berechnete Größe Druck vor AGR-Ventil"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380DCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvagrvds_w
    "Druck vor AGR-Ventil DSS basiert"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380DD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvagrvs_w
    "Druck vor AGR-Ventil Sollwert"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvagrv_w
    "Druck vor AGR-Ventil"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdk
    "Druck vor Drosselklappe"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380815
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380815 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380815 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380815 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkds
    "Druck vor Drosselklappe von Drucksensor"
    UBYTE
    p_ub_q10
    1
    100
    0
    2550

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384DF9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkds_w
    "Druck vor Drosselklappe von Drucksensor (word)"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38533A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38533A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38533A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38533A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdks_w
    "Druck vor Drosselklappe ohne Umschaltung auf Ersatzwert bei Sensorfehler"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdk_w
    "Druck vor Drosselklappe 16-Bit"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvl_w
    "Druck vor Lader"
    UWORD
    p_uw_q0p039
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pwmcs_bits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pwmcs_nv_bits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38341A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38341A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38341A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38341A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pwmstate
    "Status Auswertung DFM-Signal"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380ACD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P_crsh
    "Signalport vom AD- Wandler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P_kols
    "Eingangsport für Klima-PWM-Signal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qinsr_w
    "Wärmestrom über DK und AGR ins Saugrohr"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38539C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38539C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38539C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38539C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qklima
    "Wärmestrom des Klimakondensators"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qltefil
    "Füllungsgrad mit Regeneriergas der leitung TEV-Saugrohr"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmaxl1
    "abzuführender Wärmestrom von Lüfter 1"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmaxl2
    "abzuführender Wärmestrom von Lüfter 2"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmotwsr_w
    "Wärmestrom von Motorblock zur Saugrohrwand"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38539E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38539E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38539E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38539E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmsagrdk_w
    "Wärmestrom von AGR-Massenstrom an Drosselklappe"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmsdkdk_w
    "Wärmestrom von Drosselklappenmassenstrom an Drosselklappe"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmsdyn
    "Quotient aus ml_w und mssgin_w"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qntns
    "Quotient aus Turbinendrehzahl des Wandlers und Solldrehzahl der LLR"
    UBYTE
    fak_ub_b8
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38091F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qsrwsr_w
    "Wärmestrom von Füllung im SR zur Saugrohrwand"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qtetemin
    "Quotient: te / TEMIN für BDE teh_w/teminh_w bzw. tes_w/temins"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qtitimnh
    "Quotient ti / TIMIN ( im Homogenbetrieb - bei BDE)"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qtitimns
    "Quotient ti / TIMIN im Schichtbetrieb"
    UBYTE
    fak_ub_b4
    1
    100
    0
    3.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    quatmhk_w
    "Wärmestrom an Umgebung vor Hauptkat"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38507A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38507A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38507A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38507A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    quatmhx_w
    "Wärmestrom an Umgebung im LSU-Sechskant"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x3850E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    quatmro_w
    "Wärmestrom an Umgebung nach Krümmer"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38507C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38507C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38507C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38507C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    quatmvk_w
    "Wärmestrom an Umgebung vor Vorkat"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38507E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38507E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38507E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38507E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    quatmvy_w
    "Wärmestrom an Umgebung vor Y-Zusammenführung"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385080
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385080 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385080 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385080 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    quwsr_w
    "Wärmestrom von Umgebung zur Saugrohrwand"
    SWORD
    qg_sw_q0p078_Js
    1
    100
    -2560
    2559.92

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qwatmhk_w
    "Wärmestrom an Wand vor Hauptkat"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385082
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385082 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385082 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385082 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qwatmhx_w
    "Wärmestrom am LSU Sechskant"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x3850E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qwatmro_w
    "Wärmestrom an Wand nach Krümmer"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385084
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385084 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385084 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385084 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qwatmvk_w
    "Wärmestrom an Wand im Rohr vor Vorkat"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385086
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385086 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385086 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385086 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qwatmvy_w
    "Wärmestrom an Wand vor Y-Zusammenführung"
    SWORD
    qg_q5p333
    1
    100
    -174763
    174757

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385088
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385088 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385088 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385088 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qzzyl
    "Initialisierungswert Zylinderzähler bei B_qsyn"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ram_c_um
    "Fehlerzähler im Dauer-RAM für RAM-Konsistenz-Prüfung (Diagnose) in der Fkt-Überw"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    randreg_w
    "Startwert Zufallsgenerator"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3811BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rclteev_w
    "Reciprokes Lambda Saugrohr auf Höhe Einlaßventil"
    SWORD
    fak_q0p000488
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rcltevvz_w
    "Reciprokes Lambda Saugrohr laufzeitverzögert"
    SWORD
    fak_q0p000488
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rcltev_w
    "Reciprokes Lambda Saugrohr auf Höhe TEV"
    SWORD
    fak_q0p000488
    1
    100
    -16
    15.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdeBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdtabg_w
    "maximale Regeldifferenz zwischen Temp.sensor bzw. -modell und der Solltemperatur"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdtatrz_w
    "Regeldifferenz zwischen der Temperatur tanvk_w und der Solltemperatur tatrzws_w"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdtatr_w
    "Regeldifferenz zwischen der Temperatur tatr_w und der Solltemperatur"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385500
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385500 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385500 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385500 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdtavhk_w
    "Regeldifferenz zwischen der Temperatur tavhkm_w und der Solltemperatur"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385502 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385502 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdtklsu_w
    "Regeldifferenz der Temperaturregelung für die LSU"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385626
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385626 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385626 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385626 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdtksu_w
    "Regeldifferenz zwischen Soll- u. Ist-Katalysatortemperatur für Entschwefelung"
    SWORD
    temp_q0p0468_K
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385290
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385290 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385290 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385290 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c2_uc
    "Fehlerzähler 2 für Fehlerreaktionsüberwachung im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3809DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c2_um
    "Fehlerzähler 2 für Fehlerreaktionsüberwachung in Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380464
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380464 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380464 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380464 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c3_uc
    "Fehlerzähler 3 für Fehlerreaktionsüberwachung im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3809DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c3_um
    "Fehlerzähler 3 für Fehlerreaktionsüberwachung in Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380465
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380465 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380465 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380465 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c_um
    "Fehlerzähler im Dauer-RAM für Fehlerreaktionsüberwachung (Diagnose) in der FU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readident
    "Customer specific software identifier"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readparacon1
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readparacon2
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readparacon3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readparacon4
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DBA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DBA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ready
    "readiness-Byte für Ausgabe SAE J1979 Mode2"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    recilamf_w
    "gefilterte Größe recilam"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    recilam_w
    "Reziproker Wert von Lambda ( 1/Lambda )"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reclagre_w
    "Reziproker Wert von Lambda ( 1/Lambda ) verzogert"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redeta_w
    "Reduzierstufe aus Ausblendungswirkungsgrad"
    SWORD
    rel_sw_b32
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382668
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382668 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382668 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382668 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redhyst
    "Reduzierstufenhysterese"
    SBYTE
    fak_sb_b2
    1
    100
    -2
    1.98438

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38095A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redist
    "Ist-Reduzierstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redistb1
    "Ist-Reduzierstufe Bank 1"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redneu
    "neu berechnete Reduzierstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redsol
    "Berechnete Soll-Reduzierstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redsolr
    "Realisierte Reduzierstufe"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38079E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redsol_one
    "Berechnete Soll-Reduzierstufe - 1 zur Adress. von REDABM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38079F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redze
    "Schwelle in Reduzierstufe zwischen Zünd- und Einspritzeingriff"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redzenl
    "Schwelle in Reduzierstufe zwischen Zünd- und Einspritzeingriff, Notlauf"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relabbrf_w
    "gefilterte Größe relabbr_w"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relabbr_w
    "Reziproker Wert von Lambda der brennenden Zylinder ( 1/labbrm_w )"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relamprg_w
    "Reziproker Wert von Lambda ( 1/Lambda ) für Berechnung des internen Restgases"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relhks_w
    "Anteil der Betriebsart Homogen-Klopfschutz an der Gesamtzeit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385004 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385004 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relhmm_w
    "Anteil der Betriebsart Homogen-Mager an der Gesamtzeit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385006
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385006 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385006 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385006 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relhom_w
    "Anteil der Betriebsart Homogen an der Gesamtzeit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385008
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385008 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385008 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385008 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relhos_w
    "Anteil der Betriebsart Homogen-Schicht an der Gesamtzeit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38500A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38500A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38500A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38500A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relsch_w
    "Anteil der Betriebsart Schicht an der Gesamtzeit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38500C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38500C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38500C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38500C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    relskh_w
    "Anteil der Betriebsart Schicht-Katheizen an der Gesamtzeit"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38500E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38500E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38500E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38500E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    resetMonIdx
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reset_indication_um
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383BF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfdsorgi_w
    "relative Füllung gesamt ohne internes Restgas DSS basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfextmx_w
    "relative Füllung externes AGR bei Saugrohrdruck/Druck vor Drosselklappe=1"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfextugd_w
    "relative Füllung externes AGR bei Saugrohrdruck/Druck vor Drosselklappe=0.95"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfexugds_w
    "Soll-Füllung externes AGR ungedrosselt"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfges_w
    "gesamte relative Füllung (inclusive AGR) 16-Bit"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF412
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF412 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF412 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF412 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfinugds_w
    "Soll-Füllung NWS (internes Restgas) ungedrosselt"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rflmoism_w
    "relative Füllung gesamt ohne internes Restgas HFM basiert(Mitte Segment)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rflmorgi_w
    "relative Füllung gesamt ohne internes Restgas HFM basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfmxhmms_w
    "max. Füllung Brennraum im homogenen Magerbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfmxhoss_w
    "max. Füllung Brennraum im Homogen/Schichtbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfmxschs_w
    "max. Füllung Brennraum im Schichtbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfmxskhs_w
    "max. Füllung Brennraum im Betrieb Schicht/Katheizen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rforgi_w
    "relative Füllung gesamt ohne internes Restgas"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rforidmx_w
    "max. relative Füllung ohne interes Restgas bezogen auf DK"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rforidug_w
    "relative Füllung ohne interes Restgas bei Druckverhältnis 0.95 an DK"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rforiemx_w
    "max. relative Füllung ohne internes Restgas bezogen auf AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rforieug_w
    "relative Füllung ohne internes Restgas bezogen auf AGR bei Druckverhältnis 0.95"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rforiugs_w
    "relative Sollfüllung bei Druckverhältnis 0.95 für AGR und DK"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfremxs_w
    "rel.Sollfüllung (Inertgas+Luft) max. über externes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrerods_w
    "relative Füllung (Inertgas+Luft) über ext. AGR DS-basiert (zufließend)"
    SWORD
    rel_q0p02344
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrexroh_w
    "AGR-Fullungsanteil ins Saugrohr einstromend ( word )"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrextds_w
    "relative Füllung (Inertgas+Luft) über ext. AGR DS-basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrextfs_w
    "rel.Sollfüllung (Inertgas+Luft) über externes AGR gefiltert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrextlm_w
    "relative Füllung (Inertgas+Luft) über ext. AGR HFM-basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrextsm_w
    "relative Füllung (Inertgas+Luft) über ext. AGR HFM-basiert(Mitte Segment)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrexts_w
    "rel.Sollfüllung (Inertgas+Luft) über externes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrext_w
    "relative Füllung (Inertgas+Luft) über ext. AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrihmms_w
    "rel.Füllung (Inertgas+Luft) über internes AGR im Mode Homogen Mager"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrihoms_w
    "rel.Füllung(Inertgas+Luft) über internes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrints_w
    "rel.Sollfüllung (Inertgas+Luft) über internes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrint_w
    "relative Füllung (Inertgas+Luft) über int. AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrischs_w
    "rel.Füllung (Inertgas+Luft) über internes AGR im Mode Schicht"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfr_w
    "relative Füllung (Inertgas+Luft) über int. und ext. AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rgnokat_w
    "Raumgeschwindigkeit NOx-Katalysator"
    UWORD
    vspace_q16
    1
    100
    0
    1.04856e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x3850FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinh_u
    "Istwert (Byte) Innenwiderstand Ri-Nernstzelle der Lambdasonde hinter KAT"
    UBYTE
    r_ub_q64
    1
    100
    0
    16320

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinh_w
    "Istwert (word) Innenwiderstand Ri-Nernstzelle der Lambdasonde hinter KAT"
    UWORD
    r_uw_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x380C38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinlsuk_w
    "Innenwiderstand der Nernstzelle der LSU, nicht gefiltert"
    UWORD
    r_q0p0391
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinlsu_w
    "Innenwiderstand der Nernstzelle der LSU"
    UWORD
    r_q0p0391
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinodf_w
    "gefilterte  Regelabweichung NOx-Sensor-Innenwiderstand"
    SWORD
    r_q0p0156_ohm
    1
    100
    -512
    511.984

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385148
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385148 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385148 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385148 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinod_w
    "Innenwiderstand NOx-Sensor Regelabweichung"
    SWORD
    r_q0p0156_ohm
    1
    100
    -512
    511.984

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rino_w
    "Innenwiderstand NOx-Sensor"
    UWORD
    r_q0p0078125_ohm
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38514A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38514A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38514A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38514A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirehoms_w
    "rel. Inertgasfuellung  |ber externe AGR im Mode Homogen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    riremxs_w
    "relative Inertgas-Sollfullung aus externem AGR (maximal möglicher Wert)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rireskhs_w
    "rel. Inertgasfuellung  |ber externe AGR im Mode Schicht Katheizen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirextfs_w
    "relative Inertgas-Sollfullung aus externem AGR gefiltert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirextro_w
    "Inertgas-Füllungsanteil ins Saugrohr strömend durch externes AGR (Rohwert)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirexts_w
    "relative Inertgas-Sollfullung aus externem AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirext_w
    "relative Inertgas-Füllung aus externem AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ririhmms_w
    "rel.Inertgasfüllung über int.AGR im Mode Homogen Mager"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ririhoms_w
    "rel.Inertgasfüllung über int.AGR im Mode Homogen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ririhoss_w
    "rel.Sollinertgasfüllung über int.AGR im Mode Homogen-Schicht"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirints_w
    "rel.Sollinertgasfüllung über internes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirint_w
    "relative Inertgas-Füllung aus internem AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ririschs_w
    "rel.Inertgasfüllung über int.AGR im Mode Schicht"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ririskhs_w
    "rel.Sollinertgasfüllung über int.AGR im Mode Schicht Katheizen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirs_w
    "relative Inertgas-Sollfüllung aus internem und externem AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rir_w
    "relative Inertgas-Füllung aus internem und externem AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rk3kd
    "relative Kraftstoffmasse zur Speicherung für KD-Anwendung"
    UBYTE
    rel_ub_b768
    1
    100
    0
    765

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rka2_bt
    "Additive adaptive Korr. der rel. Kraftstoffmasse Bank 2 im Befehlstest"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38277C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38277C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38277C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38277C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rka2_w
    "Additive adaptive Korrektur der relativen Kraftstoffmasse"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rka_bt
    "Additive adaptive Korrektur der relativen Kraftstoffmasse im Befehlstest"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38277E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38277E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38277E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38277E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rka_w
    "Additive adaptive Korrektur der relativen Kraftstoffmasse"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkc_c_uc
    "Fehlerzähler für Krst.-Plausibilisierung mit Lambda und Luftmasse im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38099E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkc_c_um
    "Fehlerzähler für Krst.-Plausibilisierung über Lambda und Luftmasse"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38044C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkg_w
    "relative Kraftstoffmasse gesamt"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkh_w
    "relative Kraftstoffmasse homogen"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkkh
    "relative Kraftstoffmasse zum Katheizen, Bank 1"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380845
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380845 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380845 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380845 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkkhm_w
    "Mittlere nachgespritzte Kraftstoffmasse bei Schicht-Katheizen"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38226C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38226C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38226C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38226C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkkhot_w
    "rkkh vor Taktung"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38226E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38226E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38226E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38226E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkkh_uc
    "Nachgespritzte Kraftstoffmasse bei Schicht-Katheizen im Befehlstest"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380985
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380985 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380985 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380985 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkkh_um
    "rel. Krst.-masse der Nacheinspritzung zum Katheizen in Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380436
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380436 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380436 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380436 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkkh_w
    "relative Kraftstoffmasse zum Katheizen, Bank 1"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382270
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382270 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382270 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382270 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rklabbr_w
    "Relative Kraftstoffmenge für Berechnung von labbrm_w"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkmine_w
    "minimal einsspritzbare relative Kraftstoffmenge"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkm_w
    "mittlere relative Kraftstoffmasse über zwei Bänke"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkr
    "Referenzpegel Klopfregelung"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38087F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38087F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38087F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38087F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkrmx
    "nach oben begrenzter Referenzpegel"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF456
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF456 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF456 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF456 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkrmx1w
    "aktueller Wert der KL RKRMX1N"
    UBYTE
    spg_ub_b320
    1
    100
    0
    318.75

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E89
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E89 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E89 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E89 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkrmx2w
    "aktueller Wert der KL RKRMX2N"
    UBYTE
    spg_ub_b320
    1
    100
    0
    318.75

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkrn_w
    "normierter Referenzpegel Klopfregelung"
    UWORD
    spg_uw_b1280
    1
    100
    0
    1279.98

    
    FORMAT "%8.3"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38558E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38558E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38558E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38558E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkr_tst
    "Referenzpegel Klopfregelung rollierend mit Zyl.zähler"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380883
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380883 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380883 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380883 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rksa_w
    "Array der relativen zylinderindividuellen Kraftstoffmasse"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381DA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rksi_um
    "Einzelwert der rel. Kraftstoffmasse zur Plausiblisierung durch Einspritzzeit"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38097D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rksum_w
    "aufsummiertes rk_w"
    UWORD
    rel_uw_b491520
    1
    100
    0
    491513

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rksz_w
    "relative Kraftstoffmasse Zündmenge bei Doppeleinspritzung"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rks_uc
    "relative Kraftstoffmasse Sollwert im Befehlstest"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380986
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380986 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380986 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380986 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rks_um
    "relative Kraftstoffmasse Sollwert in Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380437
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380437 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380437 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380437 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rks_w
    "relative Kraftstoffmasse im Schichtbetrieb, Bank 1"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkteub_w
    "Relativer Gemischanteil Tankentlüftung unbegrenzt"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkte_bt
    "Relativer Gemischanteil Tankentlüftung im Befehlstest"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkte_w
    "Relativer Gemischanteil Tankentlüftung"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkti_c_um
    "Fehlerzähler für rk-ti Plausibilisierung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380438
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380438 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380438 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380438 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkukg_w
    "rel. Kraftstoffmasse Übergangskompensation"
    SWORD
    rel_sw_b1536
    1
    100
    -1536
    1535.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382018
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382018 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382018 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382018 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkuk_w
    "rel. Kraftstoffmasse Übergangskompensation ohne Verstelleingriffe"
    SWORD
    rel_sw_q0p1875
    1
    100
    -6144
    6143.81

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38201A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38201A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38201A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38201A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkvfas_w
    "relative Kraftstoffmasse vor Feinabgleich (word) Schicht"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkx_um
    "relative Kraftsoffmasse der Haupteinspritzung Mittelwert"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38097E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rky_um
    "relative Kraftstoff masse der Nacheinspritzung Mittelwert"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38097F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rk_um
    "rel. Kraftstoffmasse mit Wirkungsgrad Nacheinspritzung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rk_w
    "relative Kraftstoffmasse"
    UWORD
    rel_uw_b3072
    1
    100
    0
    3071.95

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl
    "relative Luftfüllung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF40D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF40D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF40D 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF40D INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlatr
    "Lastschwelle für Abgastemperaturregelung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlaw_w
    "relative Luftfüllung ausgewählt (Auswahl zwischen rl_w und rlsol_w) (Word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldkmx_w
    "relative Füllung über DK bei Saugrohrdruck/Druck vor Drosselklappe=1"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldkofk_w
    "relative Luftfüllung aus DK-Signal berechnet ohne Einrechnung von fkmsdk"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldkugds_w
    "relative Füllung bei Druckverhältnis 0.95 an DK"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldkugd_w
    "relative Füllung über DK bei Saugrohrdruck/Druck vor Drosselklappe=0.95"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldte_w
    "Relative Füllung über TEV während DTEV (für Lambda-Korrektur bei AGR)"
    UWORD
    rel_q0p02344
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldvs_w
    "relative Luftfüllung durch Drosselventile am Saugrohr 16-Bit"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfdkroh_w
    "relative Frischluft über Dk vor Saugrohrmodell (ungefiltert) mit DK gemessen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfdkte_w
    "Gefilterte Luftfüllung über Drosselklappe"
    UWORD
    rel_q0p02344
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfgdste_w
    "Luftfüllung aus Saugrohrdruck korrigiert um die Abweichung zur Drosselklappe"
    UWORD
    rel_q0p02344
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfgds_w
    "relative Frischluft (Luft über DK und TEV) DSS-basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfgks_w
    "Korrigierte relative  Sollfrischluft (Luft, die über DK und TEV fließt)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfglmsm_w
    "relative Frischluft (Luft über DK und TEV) HFM-basiert(Mitte Segment)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfglm_w
    "relative Frischluft (Luft über DK und TEV) HFM-basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfgroh_w
    "relative Frischluft über Drosselklappe vor Saugrohrmodell (ungefiltert)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfgs_w
    "relative Sollfrischluft (Luft, die über DK und TEV fließt)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfg_uc
    "rel. Luftfüllung aus Füllungssensor im Befehlstest"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380987
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380987 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380987 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380987 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfg_um
    "rel. Luftfüllung aus Füllungssensor in Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38041C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38041C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38041C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38041C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfg_w
    "relative Frischluft (Luft, die über DK und TEV fließt)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlflmroh_w
    "relative Frischluft über Dk vor Saugrohrmodell (ungefiltert) mit HFM gemessen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlf_ptr_um
    "Pointer für Schieberegister des Lastfilters"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38041D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38041D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38041D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38041D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlf_reg_um
    ""
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38041E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38041E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38041E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38041E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlgas_w
    "Füllungsgradient über ein Arbeitsspiel bestimmt"
    SWORD
    relNWU_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381C02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlhfmmax_w
    "maximale relative Luftmasse in Betriebsart skh"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382272
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382272 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382272 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382272 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlhfmmin_w
    "minimale relative Luftmasse in Betriebsart skh"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382274
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382274 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382274 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382274 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlipf_low_um
    ""
    UBYTE
    rel_ub_q0p0029
    1
    100
    0
    0.74707

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380426
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380426 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380426 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380426 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlipf_um
    "relative Luftfüllung aus Nebenlastsignal hinter Tiefpaß in der Funktionsüberw."
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380427
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380427 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380427 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380427 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlip_c_um
    "Fehlerzähler für rl/rlip-Vergleich in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380428
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380428 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380428 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380428 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlip_um
    "relative Luftfüllung aus Nebenlastsignal für die Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380429
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380429 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380429 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380429 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlistmr_w
    "relative Luftfüllung mit Momentenreserve zum Katalysatorheizen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385544
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385544 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385544 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385544 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlkhskhs_w
    "rel. Soll-Luftfüllung aus Koordination Doppeleinspritzung für SKH-Betrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382276
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382276 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382276 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382276 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rllabbr_w
    "Relative Füllung für Berechnung von labbrm_w"
    UWORD
    rel_q0p02344
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rllaso_w
    "Relative Füllung für Lambdasollberechnung"
    UWORD
    rel_q0p02344
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmaxmr_w
    "maximal erreichbare Füllung mit Momentenreserve"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385546
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385546 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385546 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385546 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmdhmms_w
    "Relative Sollfüllung aus Momentenanforderung für Betriebsart Homogen mager"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmdhoms_w
    "Relative Sollfüllung aus Momentenanforderung für Betriebsart Homogen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmdhoss_w
    "Relative Sollfüllung aus Momentenanforderung für Betriebsart Homogen/Schicht"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmdmxh_w
    "Relative maximale Sollfüllung aus Momentenanforderung für Betriebsart Homogen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmdschs_w
    "Relative Sollfüllung aus Momentenanforderung für Betriebsart Schicht"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmdskhs_w
    "Relative Sollfüllung aus Momentenanforderung für Betriebsart Schicht/Katheizen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmindp_w
    "Minimale relative Füllung für Dashpot-Abschaltung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3825C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlminhmm_w
    "minimale Luft für Homogen-Mager-Betrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlminhom_w
    "minimale Luft für Homogenbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlminhos_w
    "minimale Luft für Homogen-Schicht-Betrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlminmr_w
    "minimal erreichbare Füllung ohne Momentenreserve"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385548
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385548 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385548 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385548 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlminsch_w
    "minimale Luft für Schichtbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlminskh_w
    "minimale Luft für Schichtbetrieb-Katheizen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381FD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmin_w
    "minimal zulässiges rl"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmnhks_w
    "Lastschwelle für homogen Klopfschutz"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmnsa_w
    "minimal zulässiges rl bei Schubabschalten"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3854CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmnskhs_w
    "momentenabhängige minimale Luftfüllung bei Betriebsart skh"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmn_w
    "minimal zulässiges rl"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3854D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmxhmms_w
    "max. Solluftfüllung im homogenen Magerbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmxhoss_w
    "max. Solluftfüllung im Homogen/Schichtbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmxschs_w
    "max. Solluftfüllung im Schichtbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmxskhs_w
    "max. Solluftfüllung im Betrieb Schicht/Katheizen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlnotn_w
    "rel.Luftfüllung bei Haupt- und Nebenlastfehler in Abhängigkeit von nmot (word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlnwkf
    "rlnw mit Hysterese für Kennfeldadressierung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EE5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlophoss_w
    "Soll-Luftfüllung in HOS-Betriebsart ohne ps-Regler berechnet"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlopregs_w
    "Soll-Luftfüllung ohne ps-Regler berechnet"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlopschs_w
    "Soll-Luftfüllung in SCH-Betriebsart ohne ps-Regler berechnet"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlopskhs_w
    "Soll-Luftfüllung in SKH-Betriebsart ohne ps-Regler berechnet"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlp
    "rel. Luftfüllung praediziert für Einspritzberechnung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlpnb_w
    "rel. Luftfüllung prädiziert, nicht begrenzt"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlpu_w
    "rel. Luftfüllung prädiziert, Untergrenze"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlp_w
    "rel. Luftfüllung praediziert für Einspritzberechnung (Word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrextfs_w
    "relative Luft-Sollfullung aus externem AGR gefiltert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrextro_w
    "Restluft-Füllungsanteil ins Saugrohr strömend durch externes AGR (Rohwert)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrexts_w
    "relative Soll-Luftfullung durch externes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrext_w
    "relative Restluft-Füllung aus externem AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrints_w
    "relative Solluftfullung uber internes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrint_w
    "relative Luftfüllung über internes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlroh_w
    "relative Luftfüllung: Rohwert vom Lastsensor (word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrsp_w
    "Beginn Ringspeicher relative Füllung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x381C04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlr_w
    "relative Luftfüllung über int. und ext. AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381BA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlshk
    "Soll-Füllung höhenkorrigiert"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380813
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380813 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380813 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380813 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlshk_w
    "Soll-Füllung höhenkorrigiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlsolhmm_w
    "relative Sollfüllung in Betriebsart Homogen mager"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlsolhom_w
    "Soll-Füllung im Homogenbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlsolhos_w
    "relative Sollfüllung in Betriebsart Homogen/Schicht"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlsolsch_w
    "Soll-Füllung im Schichtbetrieb"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlsolskh_w
    "relative Sollfüllung in Betriebsart Schicht/Katheizen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlsol_w
    "Soll-Füllung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381F2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlst08_uc
    "rlst08_um im Befehlstest"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlst08_um
    "Stützstelle der SSV RLV08_UM"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38047E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38047E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38047E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38047E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rltedte_w
    "Aus DTEV ermittelte relative Füllung über das Tankentlüftungsventil"
    UWORD
    rel_q0p02344
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlugd_w
    "Füllung im ungedrosselten Zustand"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlvugd_w
    "unkorrigierte Füllung im ungedrosselten Zustand"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlzo_um
    "obere Toleranzgrenze für rl aus Nebenlastsignal in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38097B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlzuhfs_w
    "relative Luftfüllung (zufließend) mit Hauptfüllungssensor bestimmt"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlzunfs_w
    "relative Luftfüllung (zufließend) mit Nebenfüllungssensor bestimmt"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381C42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_u
    "relative Luftfüllung (Byte) für Fehlerspeicher-Umwelten"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_uc
    "relative Luftfüllung im Befehlstest"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_um
    "relative Luftfüllung in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38043D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38043D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38043D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38043D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_w
    "relative Luftfüllung (Word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF414
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF414 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF414 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF414 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rml
    "relative Luftmasse (calc. load value) nach SAE J1979"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmstevf_w
    "aktueller Meßwert für relative TEV-Güte"
    SWORD
    rel_sw_b200
    1
    100
    -200
    199.994

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmstevuf_w
    "aktueller, unsigned Meßwert für relative TEV-Güte"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3856E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmstev_w
    "Langzeitgespeicherter Meßwert der relativen TEV-Güte"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    romErrPage
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    romRstC_um
    "Zähler im DauerRAM für Resets bei ROM-Check-Fehler in der Init. in der FU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    romz_c_um
    "Fehlerzähler im Dauer-RAM für ROM-Prüfung (Diagnose) in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rpraaaa
    "Dummy fid: Rampenpriorität eines aktiven fid (Mode A)"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384344
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384344 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384344 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384344 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rpraddsv
    "aktuelle Rampenpriorität von Funktion Diagnose Drucksteuerventil"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384346
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384346 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384346 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384346 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprafra
    "Rampen-Priorität: Mode A, multiplikativer Bereich der LRA"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384348
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384348 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384348 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384348 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprafrat
    ""
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38434A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38434A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38434A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38434A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rpraora
    "Rampen-Priorität: Mode A, additiver Bereich der LRA"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38434C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38434C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38434C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38434C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprateh
    "Rampen-Priorität: Mode A, Tankentlüftung bei hoher AKF-Beladung"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38434E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38434E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38434E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38434E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rpratel
    "Rampen-Priorität: Mode A, Tankentlüftung bei niedriger AKF-Beladung"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384350
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384350 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384350 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384350 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rpratem
    "Rampen-Priorität: Mode A, Tankentlüftung bei mittlerer AKF-Beladung"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384352
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384352 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384352 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384352 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rpraten
    "aktuelle Rampenpriorität von Funktion Notlauf-Tankentlüftung"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384354
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384354 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384354 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384354 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rpratevh
    "aktuelle Rampenpriorität von Funktion Diagnose TEV homogen"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384356
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384356 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384356 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384356 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rpratevm
    "aktuelle Rampenpriorität von Funktion Diagnose TEV mager"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384358
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384358 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384358 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384358 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbaaa
    "Dummy fid: Rampenpriorität eines inkativen fid (Mode B)"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38435A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38435A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38435A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38435A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbagra
    "aktuelle Rampenpriorität von Funktion AGR Adaption"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38435C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38435C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38435C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38435C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbdlsu
    ""
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38435E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38435E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38435E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38435E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbfrst
    "Rampen-Priorität: Mode B, Kurztest der LR"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384360
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384360 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384360 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384360 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbfups
    ""
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384362
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384362 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384362 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384362 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbhmm
    "akt. RampenPrio Fkt. BDE-Mode Homogen-Mager"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384364
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384364 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384364 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384364 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbhom
    "akt. RampenPrio Fkt. BDE-Mode Homogen"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384366
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384366 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384366 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384366 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbhos
    "akt. RampenPrio Fkt. BDE-Mode Homogen-Schicht"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384368
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384368 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384368 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384368 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbktsp
    "aktuelle Rampenpriorität von Funktion Kat.-Sprungdiagnose"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38436A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38436A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38436A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38436A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprblahh
    "aktuelle Rampenpriorität von Funktion LambdaShift HOM-SchwingPrüf LS HK"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38436C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38436C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38436C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38436C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprblahh2
    "aktuelle Rampenpriorität von Funktion LambdaShift HOM-SchwingPrüf LS HK Bank2"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38436E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38436E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38436E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38436E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprblash
    "Rampen-Priorität: Mode B, Schwingungsprüfung in DLSAHK"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384370
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384370 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384370 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384370 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbllrh
    "aktuelle Rampenpriorität von Funktion Drehzahlabweichung HOM"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384372
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384372 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384372 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384372 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbllrm
    "aktuelle Rampenpriorität von Funktion Drehzahlabweichung SCH"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384374
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384374 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384374 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384374 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprblsu
    "Rampen-Priorität: Mode B, Dynamikprüfung in DLSU"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384376
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384376 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384376 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384376 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbpbri
    ""
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384378
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384378 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384378 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384378 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbplsu
    ""
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38437A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38437A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38437A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38437A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbsch
    "akt. RampenPrio Fkt. BDE-Mode Schicht"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38437C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38437C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38437C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38437C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbskh
    "akt. RampenPrio Fkt. BDE-Mode Schicht-Kat-Heizen"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38437E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38437E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38437E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38437E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbtest
    "Rampen-Priorität: Mode B, TEV-Ansteuerung für Leckdiagnose"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384380
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384380 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384380 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384380 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbtevp
    ""
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384382
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384382 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384382 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384382 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprbtkp
    "Rampenpriorität der inaktiven passiven thermischen Katalysatordiagnose"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384384
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384384 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384384 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384384 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rprcaaa
    "Dummy fid: Rampenpriorität eines Inhibit-Only-fid (Mode C)"
    UWORD
    fak_q0p125
    1
    100
    0
    8191.88

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384386
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384386 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384386 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384386 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrabext_w
    "Relative Rate im Abgas: msagr_w / msfabr_w"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3850D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrext_w
    "Restgas-Rate (Inertgas+Luft) über externes AGR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriehmml_w
    "Externe Inertgas-Sollrate in HMM für Lambdasollvorgabe"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriehmms_w
    "Externe Inertgas-Sollrate im Mode Homogen Mager"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriehmxs_w
    "Externe Inertgas-Sollrate im Mode Homogen maximal"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriehoms_w
    "Externe Inertgas-Sollrate im Mode Homogen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriehoss_w
    "Externe Inertgas-Sollrate im Mode Homogen Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriehskk_w
    "Restgasrate inert extern Soll aus Kennfeld korrigiert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriehsk_w
    "Restgasrate inert extern Soll aus Kennfeld"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriemmxs_w
    "Externe Inertgas-Sollrate im Mode Homogen Mager maximal"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrieschs_w
    "Externe Inertgas-Sollrate im Mode Schicht"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrieskhs_w
    "Externe Inertgas-Sollrate im Moder Schicht Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriesmxs_w
    "Externe Inertgas-Sollrate im Mode Schicht maximal"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriextfs_w
    "Rate Restgas-Inert von externer AGR gefiltert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriextsa_w
    "Rate Restgas-Inert von externer AGR in der aktuellen Betriebsart"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriextss_w
    "Rate Restgas-Inert von externer AGR in der Sollbetriebsart"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriexts_w
    "Rate Restgas-Inert von externer AGR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriext_w
    "Restgas-Inertgasrate uber externes AGR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrinlsu_w
    "Innenwiderstand der Nernstzelle der LSU, nicht korrigiert"
    UWORD
    r_q0p0391
    1
    100
    0
    2559.96

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rri_w
    "Restgas-Inertgasrate durch externes und internes AGR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381BAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrlext_w
    "Restgas-Luftrate durch externes AGR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrsdugds_w
    "relative Sollrate für DK bei Druckverhältnis 0.95"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrseugds_w
    "Relative Sollrate an AGR bei Druckverhältnis 0.95"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrsexts_w
    "Rel. Sol-Rate im Saugrohr: Partialdruck externe Luft + Inertgas bezogen auf ps"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrsext_w
    "Relative Rate im Saugrohr: Partialdruck externe Luft + Inertgas bezogen auf ps"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrsiext_w
    "Relative Rate im Saugrohr: Partialdruck externes Inertgas bezogen auf ps"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrslext_w
    "Relative Rate im Saugrohr: Partialdruck externe Luft bezogen auf ps"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rr_w
    "Restgas-Rate (Inertgas+Luft) über internes und externes AGR"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381BAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381BAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381BAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381BAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rscfn_w
    "Fettgas-Speicherfähigkeit eines Neukats bei gleichen Temp., Massenfluss"
    UWORD
    m_q0p1_mg
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38524C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38524C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38524C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38524C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rstMon
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 12
    ECU_ADDRESS 0x384C58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rstMon_um
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38049C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38049C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38049C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38049C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rstpfad
    "Reset-Pfad als Umweltbedingung für Rechnerüberwachungs-Diagnoseeintrag"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rstrauf_um
    ""
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rstrauf_w
    "Prozentuale Rasteraufweitung ""20ms""-task"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rst_tv
    "Variable im Dauer-RAM zur Anforderung Reset-Tastverhältnis aus der Fkt-Überwach."
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rst_tv_active
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    r_flags_uc
    "Byte für Fehlerreaktions-Bits des Befehlstest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380976
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380976 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380976 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380976 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    r_flags_um
    "Byte für Fehlerreaktions-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380404
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380404 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380404 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380404 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sadyn_w
    "Dynamische Welligkeit des O2-Konzentration-Signals"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32
    31.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38188A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38188A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38188A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38188A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sbmcorm
    "Summierer für Lückenkorrektur um minus einen Zahn"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sbmcorp
    "Summierer für Lückenkorrektur um plus einen Zahn"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sbmlos_w
    "Summierer für Bezugsmarkenverluste"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sdulsumx_w
    "Schwelle delta Spannung max. pro Rechentakt"
    UWORD
    spg_uw_b5
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38180E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38180E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38180E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38180E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sendData_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382180
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382180 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382180 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382180 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sen_c95
    "Klopfsensoreingang am Klopfauswerte-IC"
    UBYTE
    dezsub1
    1
    100
    1
    256

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38085D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38085D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38085D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38085D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgaaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgaddsv
    "Statusflags der Funktion Diagnose Drucksteuerventil"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgafra
    "Scheduler Statusflag: Mode A, multiplikativer Bereich der LRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgafrat
    "Scheduler Statusflag: Mode A, temperaturabhängiger Bereich der LRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgaora
    "Scheduler Statusflag: Mode A, additiver Bereich der LRA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgateh
    "Scheduler Statusflag: Mode A, Tankentlüftung bei hoher AKF-Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgatel
    "Scheduler Statusflag: Mode A, Tankentlüftung bei niedriger AKF-Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgatem
    "Scheduler Statusflag: Mode A, Tankentlüftung bei mittlerer AKF-Beladung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F3D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgaten
    "Statusflags der Funktion Notlauf-Tankentlüftung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgatevh
    "Statusflags der Funktion Diagnose TEV homogen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgatevm
    "Statusflags der Funktion Diagnose TEV mager"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbagra
    "Statusflags der Funktion AGR Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbdlsu
    "Statusflags der Funktion DDYLSU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbfrst
    "Scheduler Statusflag: Mode B, Kurztest der LR"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbfups
    "allgemeines Kürzel für Statusflags des Schedulers!!"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbhmm
    "Statuswort Fkt (BDE-Mode Homogen-Mager)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbhom
    "Statuswort Fkt (BDE-Mode Homogen)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbhos
    "Statuswort Fkt (BDE-Mode Homogen-Schicht)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbktsp
    "Statusflags der Funktion Kat.-Sprungdiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgblahh
    "Statusflags der Funktion Lambda Shift. HOM-SchwingPrüf LS HK"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgblahh2
    "Statuflags der Funktion Lambda Shift. HOM-SchwingPrüf LS HK Bank2"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgblash
    "Scheduler Statusflag: Mode B, Schwingungsprüfung in DLSAHK"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbllrh
    "Statusflags der Funktion Drehzahlabweichung HOM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbllrm
    "Statusflags der Funktion Drehzahlabweichung SCH"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgblsu
    "Scheduler Statusflag: Mode B, Dynamikprüfung in DLSU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F4F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F4F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F4F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F4F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbpbri
    "allgemeines Kürzel für Statusflags des Schedulers!!"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbplsu
    "Statusflags der Funktion DPLLSU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F51
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F51 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F51 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F51 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbsch
    "Statuswort Fkt (BDE-Mode Schicht)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbskh
    "Statuswort Fkt (BDE-Mode Schicht-Kat-Heizen)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbtest
    "Scheduler Statusflag: Mode B, TEV-Ansteuerung für Leckdiagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbtevp
    "Statusflags der Funtkion Diagnose TEV passiv"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgbtkp
    "Statusflag des Schedulers inaktive Funktion!! passive therm. Kat.-Diagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgcaaa
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfgczzz
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpaaa
    "Status Fehlerpfad: Tabellenanfang"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpaatun
    "Status Fehlerpfad: Tuningschutz"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpagre
    "Status Fehlerpfad: AGR-Ventil Endstufe"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpagrl
    "Status Fehlerpfad: Lagesensor AGR-Ventil"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpagrs
    "Status Fehlerpfad: Diagnose AGR-System"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpagrv
    "Status Fehlerpfad: Diagnose AGR-Ventil"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpatnv
    "Status Fehlerpfad E_atnv"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbks
    "Status Fehlerpfad:"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbkse
    "Status Fehlerpfad: Diagnose Endstufe BKS"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbm
    "Status Fehlerpfad: Bezugsmarkengeber"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbrems
    "Status Fehlerpfad BREMS: Bremsschalter"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbwf
    "Statuswort:  PWG Bewegung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcair
    "Status Fehlerpfad : Airbag-Botschaft"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcairp
    "Status Fehlerpfad : unpl. Airbag-Botschaft"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcas
    "Status Fehlerpfad: Diagnose CAN-Timeout ASC-Schnittstelle"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcat
    "Status Fehlerpfad: CAN-Schnittstelle, Timeout ASC"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcbsg
    "Status Fehlerpfad : BSG-Botschaft"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcge
    "Status Fehlerpfad: Diagnose CAN-Timeout EGS-Schnittstelle"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcgra
    "Status Fehlerpfad: CAN-Schnittstelle, Timeout Botschaft GRA"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcif
    "Status Fehlerpfad: CAN im Zustand Bus-Off"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcins
    "Status Fehlerpfad: Diagnose CAN-Timeout Kombiinstr."
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpckla
    "Status Fehlerpfad: Diagnose CAN-Timeout Klima"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdk
    "Status Fehlerpfad DK: Drosselklappe"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdk1p
    "Status Fehlerpfad DK1P: Drosselklappe 1. Poti"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdk2p
    "Status Fehlerpfad DK2P: Drosselklappe 2. Poti"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdpl
    "Status Fehlerpfad: Dauerplus"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdpupsr
    "Status Fehlerpfad: Differenz zwischen Umgebungsdruck und Saugrohrdruck"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdsbkv
    "Status Fehlerpfad: Drucksensor Bremskraftverstärker"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdskv
    "Status Fehlerpfad: Hochdrucksensortest"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdss
    "Status Fehlerpfad: DSS"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdsu
    "Status Fehlerpfad: Umgebungsdrucksensor"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdsv
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvee
    "Statuswort: DV-E Endstufe"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvef
    "Statuswort: DV-E Fehler bei Federprüfung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvefo
    "Status Fehlerpfad: DV-E-Fehler bei Federprüfung ""Öffnen"""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvel
    "Statuswort: DV-E Lageabweichung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdven
    "Statuswort: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdver
    "Statuswort: DV-E Regelbereich"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvet
    "Status Fehlerpfad: DV-E-Tauchserkennung ohne Adaption"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdveu
    "Statuswort: DV-E Fehler beim UMA-Lernen"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdveub
    "Status Fehlerpfad: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdveuw
    "Status Fehlerpfad: UMA-Wiederlernen"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvev
    "Statuswort: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdylsu
    "Status Fehlerpfad E_dylsu"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfp1p
    "Status Fehlerpfad: Fahrpedal 1.Potentiometer"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfp2p
    "Status Fehlerpfad: Fahrpedal 2.Potentiometer"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfpp
    "Status Fehlerpfad: Fahrpedal Potentiometer"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfra
    "Status Fehlerpfad FRA"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfrst
    "Status Fehlerpfad: LR-Abweichung"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpgecod
    "Status Fehlerpfad : Getriebecodierung CAN"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpgrbh
    "Status Fehlerpfad: GRA-Bedienhebel"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevh1
    "Status Fehlerpfad:  Hochdruck-Einspritzventil Highside 1"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevh2
    "Status Fehlerpfad:  Hochdruck-Einspritzventil Highside 2"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevh3
    "Status Fehlerpfad:  Hochdruck-Einspritzventil Highside 3"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevh4
    "Status Fehlerpfad:  Hochdruck-Einspritzventil Highside 4"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevk
    "Status Fehlerpfad: Hochdruck-Einspritzventil, Kommunikation"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevl1
    "Status Fehlerpfad:  Hochdruck-Einspritzventil Lowside 1"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevl2
    "Status Fehlerpfad:  Hochdruck-Einspritzventil Lowside 2"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevl3
    "Status Fehlerpfad:  Hochdruck-Einspritzventil Lowside 3"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdevl4
    "Status Fehlerpfad:  Hochdruck-Einspritzventil Lowside 4"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphdr
    "Status Fehlerpfad: Diagnose Raildruckregelung"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphelsu
    "Status Fehlerpfad E_helsu"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphla
    "Status Fehlerpfad: Gebergröße Heizleistungsanforderung"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphnohk
    "Status Fehlerpfad NOx-Sensorheizung hinter Kat"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphnohke
    "Status Fehlerpfad NOx-Sensorheizung, Endstufe"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphre
    ""
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsh
    "Status Fehlerpfad: Heizung Lambdasonde hinter Kat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsv
    "Status Fehlerpfad: Heizung Lambdasonde vor Kat"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsve
    "Status Fehlerpfad: Endstufe Heizung Lambdasonde vor Kat"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsvsa
    "Status Fehlerpfad: Heizung Lambdasonde vor Kat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpiclsu
    "Status Fehlerpfad E_ICLSU"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkat
    "Status Fehlerpfad: Katalysator-Überwachung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra01
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 1"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ADC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra02
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 2"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383ADE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra03
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 3"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra04
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 4"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkrnt
    "Status Fehlerpfad: Klopfregelung Nulltest"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkrof
    "Status Fehlerpfad: Klopfregelung Offset"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkrtp
    "Status Fehlerpfad: Klopfregelung Testimpuls"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpks1
    "Status Fehlerpfad: Klopfsensor 1"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkuppl
    "Status Fehlerpfad KUPPL: Gebergröße Kupplung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplash
    "Status Fehlerpfad: Lambdasondenalterung hinter Kat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplbk
    "Status Fehlerpfand: Diagnose Ladungsbewegungsklappe"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplbke
    "Status Fehlerpfand: Diagnose Ladungsbewegungsklappe Endstufe"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplbko
    "Status Fehlerpfad: Diagnose Ladungsbewegungsklappe Offset-Adaption"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplbkp
    "Status Fehlerpfad: Diagnose LBK Potentiometer"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplghmm
    "Status Fehlerpfad: Diagnose-Laufgrenze-homogenmager"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpllrh
    "Statuswort DLLR im Homogenbetrieb"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpllrm
    "Statuswort: Feflerpfad DLLR im Magerbetrieb"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplm
    "Status Fehlerpfad: Hauptfüllungssensor"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsh
    "Status Fehlerpfad: Diagnose Lambdasonde hinter Kat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuia
    "Status Fehlerpfad: LSU-Leitung IA: Unterbrechung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuip
    "Status Fehlerpfad: LSU-Leitung IP defekt"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuks
    "Status Fehlerpfad: LSU-Leitungen haben Kurzschluß"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuun
    "Status Fehlerpfad: LSU-Leitung UN defekt"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuvm
    "Status Fehlerpfad: LSU-Leitung VM defekt"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsv
    "Status Fehlerpfad: Diagnose Lambdasonde vor Kat"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplues1e
    "Status Fehlerpfad: Lüftersteuerung 1"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplues2e
    "Status Fehlerpfad: Lüftersteuerung 2"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplzsr
    "Status Fehlerpfad: Leck zum  Saugrohr"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd
    "Statuswort:  Aussetzer, Summenfehler (multiple)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd00
    "Statuswort:  Aussetzer Zündung 0"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd01
    "Statuswort:  Aussetzer Zündung 1"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd02
    "Statuswort:  Aussetzer Zündung 2"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd03
    "Statuswort:  Aussetzer Zündung 3"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmdb
    "Status Fehlerpfad: Momentanüberwachung begrenzt dauerhaft"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmdsch
    "Status Fehlerpfad: Aussetzer in Schichtbetrieb"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmsve
    "Status Fehlerpfad: Diagnose Endstufe MSV"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpn
    "Status Fehlerpfad: Drehzahlgeber"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpnohk
    "Status Fehlerpfad elektrische NOx-Sensordiagnose"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpnohkp
    "Status Fehlerpfad elektrische NOx-Sensordiagnose"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpnwkw
    "Status Fehlerpfad: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpnx
    "Statuswort: Überdrehzahl"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpora
    "Status Fehlerpfad ORA"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpph
    "Status Fehlerpfad: Phasengeber"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfppllsu
    "Status Fehlerpfad E_pllsu"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpsalsu
    "Status Fehlerpfad: Diagnose Schubabgleich LSU"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpscr
    "Status Fehlerpfad: CRAS-Signal"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpsgeep
    "Status Fehlerpfad: Steuergerät defekt (EEPROM)"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpsgeew
    "Status Fehlerpfad: Steuergerät defekt (EEPROM WFS)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpskno
    "Status Fehlerpfad: Speicherkat-Überwachung mit NOx-Sensor"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpta
    "Status Fehlerpfad: Ansauglufttemperatur (Ladeluft-) TANS"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptahfm
    "Status Fehlerpfad: TAHFM; Ansaugluft-Temperatur aus Sensor im HFM"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptankl
    "Statuswort : tankl <Tank leer>"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptes
    "Status Fehlerpfad: Tankdiagnose, TEV defekt offen"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpteve
    "Status Fehlerpfad: Tanklüftungsventil Endstufe"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptka
    "Status Fehlerpfad: Temperatur Kühlerausgang"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptm
    "Status Fehlerpfad: Motortemperatur TMOT"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptmki
    "Status Fehlerpfad: Motortemperatur aus Kombiinstrument TMKI"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptum
    "Status Fehlerpfad: Umgebungstemperatur TUM"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpub
    "Status Fehlerpfad: Batteriespannung UB (Bordnetz)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpubr
    "Status Fehlerpfad: Bordnetzspannung über Hauptrelais UBR"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufmv
    "Statuswort: Funktionsüberwachung: Momentenvergleich"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufnc
    "Statuswort: Funktionsüberwachung:Drehzahlgeber-,Zuleitung- oder SG-Fehler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufpr
    "Statuswort: Funktionsüberwachung:Drucksensor-,Zuleitung- oder SG-Fehler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufrkc
    "Statuswort: Funktionsüberwachung:Lambda-Plausibilisierung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufrlip
    "Statuswort: Funktionsüberwachung:Lastsensor-,Zuleitung oder SG-Fehler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufsga
    "Statuswort: Funktionsüberwachung:SG-Fehler Gruppe a"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufsgb
    "Statuswort: Funktionsüberwachung:SG-Fehler Gruppe b"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufska
    "Statuswort: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufspsc
    "Statuswort: Funktionsüberwachung:Pedalwergeber-,Zuleitung-oder SG-Fehler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpulsu
    "Status Fehlerpfad E_ulsu"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpurram
    "Statuswort: Rechnerüberwachung: RAM"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpurrom
    "Statuswort: Rechnerüberwachung: ROM"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpurrst
    "Statuswort: Rechnerüberwachung: Reset"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpvfz
    "Status Fehlerpfad: Fahrzeuggeschwindigkeit"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpvtk
    "Status Fehlerpfad thermische Katalysatordiagnose"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpwfs
    "Status Fehlerpfad: Wegfahrsperre"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpwfsrc
    "Status Fehlerpfad: Wegfahrsperre RC-Glied"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet1
    ""
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet2
    ""
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet3
    ""
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet4
    ""
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzgst00
    "Status Fehlerpfad: Zylindergleichstellung Zylinder (zzyl=0)"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzgst01
    "Status Fehlerpfad: Zylindergleichstellung Zylinder (zzyl=1)"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzgst02
    "Status Fehlerpfad: Zylindergleichstellung Zylinder (zzyl=2)"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzgst03
    "Status Fehlerpfad: Zylindergleichstellung Zylinder (zzyl=3)"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzzz
    "Dummy: Tabellenende"
    UWORD
    default
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    skapfad
    "SKA-Pfad als Umweltbedingung für Funktionsüberwachungs-Diagnoseeintrag"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sknocnti_w
    "interner Counter für Aktualität der Mode $06 - Werte von der %DSKNO"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sknocnt_w
    "Counter für Aktualität der Mode $06 - Werte in der %DSKNO"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slfofo_w
    "aktueller interpolierter Wert aus SLFOFO1/2N"
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38106C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38106C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38106C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38106C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slfofu_w
    "aktueller interpolierter Wert aus SLFOFU1/2N"
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38106E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38106E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38106E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38106E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsninkr
    "Inkrementverfeinerung Schliessbeginnwinkel in 0.75 Grad"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF250 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF250 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsninkr2
    "Inkrementverfeinerung Schliessbeginnwinkel Überlappung nach Klopfen in 0,75 Grad"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF251
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF251 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF251 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF251 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsninkr_r
    "Inkrementverfeinerung Schliessbeginnwinkel in 0.75 Grad abs. Winkel bzgl .TR0"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF252 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF252 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsnzahn
    "Schliessbeginnwinkel in Zahnquantisierung 6 Grad"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF253
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF253 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF253 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF253 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsnzahn2
    "Schliessbeginnwinkel in Zahnquantisierung für Überlappung nach Klopfen 6 Grad"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF254
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF254 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF254 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF254 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsnzahn_r
    "Schliessbeginnwinkel in Zahnquantisierung 6 Grad abs. Winkel bzgl. TR Zyl.0"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF255
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF255 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF255 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF255 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slutsz_w
    "zylinderindividueller Istwert-Laufgrenze (KW-Streuung), Array"
    UWORD
    luquant
    1
    100
    0
    409.266

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38203E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38203E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38203E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38203E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sluts_w
    "Istwert-Laufgrenze (Streuung der Kurbelwelle-Winkelbeschleunigungen)"
    UWORD
    luquant
    1
    100
    0
    409.266

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3854EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sn2zkact
    "Zeiger auf geschloßenen Zündkreis"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF26E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF26E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF26E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF26E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sn2zkvek
    "Nächster zu schließender Zündkreis 2tes Schließereignis"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF270
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF270 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF270 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF270 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    snobm
    "Summierer für nicht gefundene Bezugsmarken im Start"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38326C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38326C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38326C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38326C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    snzkact
    "Zeiger auf geschloßenen Zündkreis"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF272
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF272 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF272 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF272 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    snzkvek
    "Nächster zu schließender Zündkreis"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF274
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF274 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF274 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF274 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1p_a_um
    "10ms alter Wert f. Sollwert-Poti 1 (PWG) vom Überwachungsmodul für den ADC-Test"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380467
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380467 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380467 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380467 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1p_st_um
    "Stationärzähler für Sollwertpoti 1 vom Überwachungsmodul"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380468 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380468 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1s_a_um
    "10ms alter Wert f. Sollwert-Poti 1 (PWG) für die Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1s_st_um
    "Stationärzähler für Sollwertpoti 1"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38046A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1s_um
    "aktueller Wert für Sollwert-Poti 1 (PWG) für die Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38042A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38042A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38042A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38042A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp2s_um
    "aktueller Wert für Sollwert-Poti 2 (PWG) für die Funktionsüberwachung"
    UBYTE
    spg_ub_q0p0098
    1
    100
    0
    2.49023

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38042B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38042B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38042B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38042B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spfno_w
    "Speicherfähigkeit an NOx"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381430
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381430 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381430 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381430 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spnst08_uc
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spsc_c_um
    "Fehlerzähler bei zueinander unplausiblen Sollwerten in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38042C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38042C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38042C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38042C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spsnst08_um
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380480
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380480 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380480 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380480 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spsn_uc
    "Pedalwert (8 Bit) im Befehlstest"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3809C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spsn_um
    "Pedalsollwert (8 Bit) in der Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38042D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38042D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38042D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38042D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    srst_c_um
    "Zähler im Dauer-RAM für Software-Reset (Diagnose) aus der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stactr
    "Startadaptionscounter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    STADAPlokBits
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385424
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385424 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385424 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385424 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statagrkta
    "Statusbyte Kurztest AGR-System mit langsame Adaption des Blendenfaktors"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statagrkts
    "Statusbyte Kurztest AGR-System mit schneller Adaption des Blendenfaktors (im Sch"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D28 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D28 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateaevab
    "Nr des aktiven Zustandes in AEVAB"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateEV
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF21A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF21A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF21A 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF21A INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateQsyn
    "Zustand der Schnellstart State-Machine GEN_QSYN"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF36A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF36A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF36A 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF36A INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateReEV0
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateReEV1
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateReEV2
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateReEV3
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFDB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statgra
    "Status GRA für Ausgabe auf CAN"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380571
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380571 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380571 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380571 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statwkc
    "WK-Status aus Getriebebotschaft"
    UBYTE
    DEZ
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380572
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380572 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380572 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380572 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stfgrab_w
    "Statuswort Abschaltbedingungen Fahrgeschwindigkeitsregler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381972
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381972 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381972 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381972 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stfgrbs_w
    "Statuswort Bediensignale Fahrgeschwindigkeitsregler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38197E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38197E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38197E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38197E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stfgrfl
    "Statusbyte FGR-Funktionslogik"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stkrax_w
    "Index für KR-Adaptionskennfeld"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3822E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stkrfmf
    "Index für nmot-abhängige Filtermittenfrequenz"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380865
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380865 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380865 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380865 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stkrlx
    "Laststützstelle für die KR-Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380875
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380875 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380875 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380875 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stkrnx
    "Drehzahlstützstelle für die KR-Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380876
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380876 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380876 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380876 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stpzgst_w
    "Ausblenddauer der ZGST-Regelung in Syncros"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381EAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381EAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381EAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381EAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stzgk
    "Startzähler beim Hochsetzten tskmn_w aktiv"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    subelst_w
    "Beladungszustand Schwefel zu Beginn einer Schwefelregenerierung"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385292
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385292 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385292 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385292 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    subel_w
    "aktueller Beladungszustand Schwefel"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385294
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385294 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385294 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385294 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sumfspam_w
    "FSPA-Werte gemittelt unkorrigiert"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385202
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385202 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385202 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385202 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sumfspa_w
    "Summe der aufgenommenen fspa_w-Werte"
    UWORD
    fak_uw_b32
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385204
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385204 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385204 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385204 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sumuagro_w
    "Summe der Nullpunktspannung für Mittelwertbildung"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    swOffD2Bits
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383BEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    swOffDlBits
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    swout
    "Schließwinkel"
    UWORD
    zw_azue_sy
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF276
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF276 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF276 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF276 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    synstate
    "Aktueller Synchronisierzustand"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF36D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF36D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF36D 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF36D INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    synstate_o
    "Sychronisationszustand des vorherigen Synchros"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF36E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF36E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF36E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF36E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    systemStackUsage
    ""
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385658
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385658 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385658 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385658 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    szfuba_w
    "Schließzeit Funkenband"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF4C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4C0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4C0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    szoutmax_w
    "maximal zulässige Schließzeit für HMM- Betrieb"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    szouttem_w
    "temporäre Schließzeit"
    UWORD
    txms_uw_q0p0003906
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    szout_w
    "Schließzeitausgabe"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sztcalc_w
    "Schliesszeit in Timer 1 Inkrementen"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    szthom_w
    "Schließzeit aus KFTSRL im HOM- Mode"
    UWORD
    txms_uw_q0p0003906
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sztsch_w
    "Schließzeit aus KFSZTSCH  im SCH- Mode"
    UWORD
    txms_uw_q0p0003906
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_ac
    "Klima-Anforderung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_bls
    "Schalter Bremslicht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_brs
    "Schalter Bremstest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fgrat
    "Schalter Aus-Tip am FGR-Bedienhebelschalter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fgrhs
    "Hauptschalter am FGR-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fgrsv
    "Schalter Setzen/Verzögern am FGR-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fgrwb
    "Schalter Wiederaufnahme/Beschleunigen am FGR-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    s_flags_uc
    "Byte für Status-Bits des Befehlstests"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380977
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380977 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380977 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380977 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    s_flags_um
    "Byte für Status-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380405
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380405 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380405 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380405 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fs
    "Schalter Fahrstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_hds
    "P54"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_homapsw
    "Homogenanforderung per Schalter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_kl15
    "Schalter Klemme 15"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_ko
    "Kompressoranforderung aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_kupp
    "Schalter Kupplung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_NLENAS
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_pbkv
    "Schalter Druck Bremskraftverstärker"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_schao_um
    "Gangwechsel findet statt (Kopie für ebene 2')"
    UBYTE
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380402
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380402 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380402 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380402 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_tal
    "Schalter Tank leer bzw. Reserve"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taagr
    "ausgegebenes Tastverhältnis an AGR-Ventil"
    UBYTE
    rel_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taagrh_w
    "AGR-Tastverhältnis Hystersefunktion (16bit)"
    SWORD
    rel_sw_b100
    1
    100
    -100
    99.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taagr_w
    "ausgegebenes Tastverhältnis an AGR-Ventil (word)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taatmkr_w
    "Differenztemperatur im Krümmer vor taikr-Integrator"
    SWORD
    tempg_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38508A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38508A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38508A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38508A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabcan_w
    "Standzeit aus Kombi-Botschaft"
    UWORD
    t_q4_s
    1
    100
    0
    262140

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385016
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385016 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385016 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385016 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgabr_w
    "Temperatur Abgasanteil im Brennraum"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgm
    "Abgastemperatur vor Kat aus Modell"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50
    1225

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384D93
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D93 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D93 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D93 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgm_w
    "Abgastemperatur vor Kat aus Modell (Word)"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50
    1229.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabsnl0_w
    "Abstellzeit aus SG-Nachlauf"
    UWORD
    t1sxs_uw_q1
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabsnl_w
    "Abstellzeit aus SG-Nachlauf"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38542C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38542C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38542C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38542C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabstatm_w
    "Abstellzeit im SG-Nachlauf für ATM"
    UWORD
    t1sxs_uw_q1
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabstm_w
    "Abstellzeit aus Abkühlung des Motors"
    UWORD
    t1sxs_uw_q1
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38542E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38542E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38542E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38542E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabst_w
    "Abstellzeit"
    UWORD
    t1sxs_uw_q1
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385430
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385430 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385430 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385430 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabsuhr_w
    "Abstellzeit aus Uhrinformation"
    UWORD
    t1sxs_uw_q1
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385432
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385432 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385432 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385432 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tadk_w
    "Ansauglufttemperatur an DK"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tadsv
    "Tastverhältnis DSV"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tadtea
    "TEV-Tastverhältnis aus Tankentlüftungsdiagnose"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tadteazs
    "Letzter Tastverhältniswert aus Tankentlüftungsdiagnose"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EDB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EDB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EDB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EDB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tadtevmw
    "TEV-Tastverhältnis aus Tankentlüftungsdiagnose vor Schalter ""Mode-Wechsel"""
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EDC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EDC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tad_w
    "Zeitzähler Lightoff-Adaption"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38514C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38514C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38514C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38514C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taev_w
    "Ansauglufttemperatur am Einlassventil"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tagreo_w
    "Temperatur AGR Entnahmeort"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385344
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385344 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385344 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385344 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tagrsr
    "Einleittemperatur Abgasrückführung in das Saugrohr"
    UBYTE
    temp_q6_o273
    1
    100
    -273.15
    1256.85

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384DFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DFC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DFC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tagrsr_w
    "Einleittemperatur Abgasrückführung in das Saugrohr"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385346
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385346 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385346 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385346 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahfm
    "Ansaugluft - Temperatur aus Sensor im HFM"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380764 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380764 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahfmab
    "Ansauglufttemperatur von Sensor im HFM bei Motorabstellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahfmabk_w
    "Ansauglufttemperatur von Sensor im HFM beim Abstellen, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahfmk_w
    "Ansaugluft - Temperatur aus Sensor im HFM, in GrdC,  intern in Kelvin gerechnet"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahfmlin
    "Ansauglufttemperatur aus Sensor im HFM, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahrlsu_w
    "Tastverhältnis für Lambdasondenheizung"
    UWORD
    rel_uw_b200
    1
    100
    0
    199.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38291E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38291E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38291E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38291E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsoab_w
    "Abgastemperatur beim Abstellen des Motors an Sonde hinter Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsom_w
    "Abgastemperatur an Sonde hinter Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38508C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38508C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38508C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38508C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsost_w
    "Abgastemperatur beim Starten des Motors an Sonde hinter Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38508E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38508E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38508E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38508E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikrkf_w
    "stationäre Krümmerabgastemperatur mit Lambda- bzw. Drosselkorrektur"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385090
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385090 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385090 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385090 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikrmo_w
    "Abgastemperatur im Krümmer aus Modell ohne Offset aus Doppeleinspritzung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385092
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385092 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385092 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385092 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikrm_w
    "Abgastemperatur im Krümmer (Zusammenführung aller Zylinder) aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385094
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385094 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385094 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385094 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikrstx_w
    "stationäre Abgastemperatur im Krümmer mit maximaler Momentenreserve"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38554A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38554A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38554A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38554A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikrst_w
    "stationäre Abgastemperatur im Krümmer"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385096
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385096 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385096 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385096 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taizam_w
    "Abgastemperatur im Zylinder-Auslaß"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takols
    "Klimakompressor-Signal als PWM-Signal"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384D17
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D17 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D17 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D17 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takrkfh_w
    "stationäre Krümmerabgastemperatur im Homogenbetrieb ohne Korrekturen"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385098
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385098 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385098 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385098 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takrkfs_w
    "stationäre Krümmerabgastemperatur im Schichtbetrieb ohne Korrekuren"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38509A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38509A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38509A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38509A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takrnomr_w
    "stationäre Krümmerabgastemperatur ohne Momentenreserve"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38554C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38554C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38554C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38554C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takumsdo
    "tatsächliche Taktung der Doppeleinspritzung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380846 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380846 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takzylza
    "takumsdo mal ZYLZA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380847
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380847 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380847 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380847 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    talsum_w
    "Abgastemperatur am LSU-Sechskant aus Modell ohne Offset aus Doppeleinspritzung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    talt_um
    "Timerwert des vorhergehenden Berechnungszeitpunkts im 40ms-Raster"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tamax
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tamin
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanfkh_w
    "geforderte Abgastemperatur während Katalysatorheizen nach Start"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385576
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385576 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385576 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385576 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanfkt_w
    "geforderte Abgastemperatur im Krümmer während Katalysatorheizen für Kurztrip"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanfkw_w
    "geforderte Abgastemperatur während Katalysatorwarmhalten"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385566
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385566 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385566 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385566 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanfsu_w
    "geforderte Abgastemperatur während Katalysatorheizung zum Entschwefeln"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385296
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385296 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385296 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385296 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanftk_w
    "geforderte Abgastemperatur während thermischer Katalysatordiagnose"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tangefdo_w
    "angeforderte Abgastemperatur Katheizen"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382278
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382278 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382278 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382278 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tangefmr_w
    "angeforderte Abgastemperatur Katheizen"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38554E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38554E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38554E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38554E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tangesdo_w
    "Temperaturanforderung koordiniert"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38227A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38227A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38227A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38227A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tangesmr_w
    "Temperaturanforderung koordiniert"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385550
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385550 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385550 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385550 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanhkm_w
    "Abgastemperatur hinter Hauptkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38509C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38509C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38509C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38509C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tans
    "Ansaugluft - Temperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380820 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380820 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tansab
    "Ansauglufttemperatur beim Abstellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383291
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383291 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383291 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383291 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tansabk_w
    "Ansauglufttemperatur beim Abstellen intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x383BD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanskhst
    "Ansaugluft - Temperatur bei start"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanskst_w
    "Ansauglufttemperatur vor Start"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385514
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385514 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385514 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385514 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tansk_w
    "Ansaugluft - Temperatur in GrdC,  intern in Kelvin gerechnet"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382086
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382086 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382086 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382086 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanslin
    "Ansauglufttemperatur, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tansst
    "Ansaugluft-Temperatur bei Start"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EB1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tans_um
    "Ansaugluft-Temperatur in der Funktionsüberwachung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380408 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380408 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkdg_w
    "Tiefpassgefilterte gemessene Abgastemperatur hinter dem Vorkatalysator"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385516
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385516 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385516 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385516 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkd_u
    "Abgastemp. aus Kennlinie KLATVHK zu Diagnose hinter d. Vorkat. (Byte für Tester)"
    UBYTE
    temp_q6_o273
    1
    100
    -273.15
    1256.85

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkd_w
    "Abgastemperatur aus Kennlinie KLATVHK zu Diagnosezwecken hinter d. Vorkat."
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38550E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38550E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38550E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38550E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkgm_w
    "Modellierte Abgastemperatur hinter dem Vorkatalysator (Grenzkat)"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38509E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38509E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38509E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38509E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkg_w
    "Abgastemperatur nach dem Vorkat aus Sensor"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385510
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385510 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385510 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385510 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkmg_w
    "Tiefpassgefilterte modellierte Abgastemperatur hinter dem Vorkatalysator"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385518
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385518 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385518 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385518 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkm_w
    "Modellierte Abgastemperatur hinter dem Vorkatalysator"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvksmn_w
    "Minimale Temperaturschwelle der Abgastemperatur hinter dem Vorkat. beim Start"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38551A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38551A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38551A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38551A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvksmx_w
    "Maximale Temperaturschwelle der Abgastemperatur hinter dem Vorkat. beim Start"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38551C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38551C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38551C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38551C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkst_w
    "Abgastemperatur nach dem Vor.-Kat. vor dem Start"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385512
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385512 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385512 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385512 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvk_w
    "Abgastemperatur nach dem Vorkat"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanym_w
    "Abgastemperatur im Rohrstuck nachY-Zusammenführung modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tasrg_w
    "Ansauglufttemperatur, im Saugrohr gemessen"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382088
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382088 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382088 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382088 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tasrm_w
    "Ansauglufttemperatur im Saugrohr modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tasr_w
    "Ansauglufttemperatur im Saugrohr"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tas_w
    "Zeit über ein Arbeitsspiel für rlgas_w"
    UWORD
    t_q16us
    1
    100
    0
    1.04856e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x381C10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateist
    "aktuelles Ist-Tastverhältnis Tankentlüftungsventil"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateist_w
    "aktuelles Ist-Tastverhältnis Tankentlüftungsventil (16 Bit)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateout
    "ausgegebenes Tastverhältnis für Tankentlüftungsventil"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateout_w
    "ausgegebenes Tastverhältnis für Tankentlüftungsventil (16 Bit)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateroh
    "Rohwert Tastverhältnis TEV"
    UBYTE
    rel_ub_b99p6
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384ECB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateroh_w
    "Rohwert Tastverhältnis TEV (16 Bit)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatesold_w
    "gewünschtes Soll-Tastverhältnis Tankentlüftungsventil ; alter Wert"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatesoll
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatesoll_w
    "gewünschtes Soll-Tastverhältnis Tankentlüftungsventil (16 Bit)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatkhpv_w
    "Hochpassgefiltertes Temperatursignal vor dem (Vor-)Katalysator"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatkhp_w
    "Hochpassgefilterte Sensorabgastemperatur"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatrzws_w
    "Solltemperatur für Abgastemperaturregelung mit Zündwinkelverstellung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385504
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385504 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385504 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385504 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatr_w
    "Temperatur für Abgastemperaturregelung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385506
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385506 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385506 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385506 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatuk
    "Ansaugluft- oder Umgebungstemperatur, Ausgabe in Grad C, intern in Kelvin"
    UBYTE
    temp_q6_o273
    1
    100
    -273.15
    1256.85

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384D1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatuk_w
    "Ansaugluft- oder Umgebungstemperatur, Ausgabe in Grad C, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavdkg_w
    "Ansauglufttemperatur vor Drosselklappe, gemessen"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38208A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38208A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38208A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38208A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavdk_w
    "Ansauglufttemperatur vor Drosselklappe"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavhkm_w
    "Abgastemperatur vor Hauptkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavhk_w
    "Abgastemperatur vor Hauptkat"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavrom_w
    "Abgastemperatur im Rohrstuck nach Krümmer modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavro_w
    "Abgastemperatur im Rohrstück vor Frontkat"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavsoab_w
    "Abgastemperatur beim Abstellen des Motors an Sonde vor Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavsom_w
    "Abgastemperatur an Sonde vor Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavsost_w
    "Abgastemperatur beim Starten des Motors an Sonde vor Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavso_w
    "Abgastemperatur an Sonde vor Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavvkdm_w
    "Abgastemperatur vor Vorkat aus Modell mit Offset aus Doppeleinspritzung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavvkmzs_w
    "Abgastemperatur vor Vorkat aus Modell (zwischengespeichert)"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3856A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavvkm_w
    "Abgastemperatur vor Vorkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavym_w
    "Abgastemperatur im Rohrstuck vor Y-Zusammenführung modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tbadagr_w
    "Betriebszeit AGR f|r Adaption"
    UWORD
    t1sxs_uw_q1
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tboost_w
    "HDEV-Endstufe Boosterstrom-Timeout"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3852FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tbr_w
    "gesamte Brennraumtemperatur stationär- und Dynamikanteil"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6tesc
    "Ausgabe-Code SCAN-Tool Mode 6 aus TES-Diagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F95
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F95 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F95 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F95 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6tess
    "Ausgabe Schwellwert SCAN-Tool Mode 6 aus TES-Diagnose"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6tesw
    "Ausgabe Prüfwert SCAN-Tool Mode 6 aus TES-Diagnose"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6vtesc
    "validierte Ausgabe-Code SCAN-Tool Mode 6 aus TES-Diagnose"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6vtess_w
    "validierte Ausgabe Schwellwert SCAN-Tool Mode 6 aus TES-Diagnose"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6vtesw_w
    "validierte Ausgabe Prüfwert SCAN-Tool Mode 6 aus TES-Diagnose"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tcap_um
    "Timerwert des aktuellen Berechnungszeitpunkts im 40ms-Raster"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380472
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380472 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380472 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380472 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tddtatm_w
    "Temperaturabweichung zwischen Temperaturmodell und Temperatursensor"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38551E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38551E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38551E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38551E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdelh_w
    "Aktueller Hochsetzwert tskmx_w"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdiffbks_w
    "Temperaturdifferenz Motor zu Umgebung"
    SWORD
    temp_sw_q0p75
    1
    100
    -24576
    24575.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38530E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38530E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38530E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38530E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdifuos
    "Zeitdifferenz zwischen unteren und oberen Sondenspannungsschwellwert"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380659
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380659 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380659 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380659 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdknach_w
    "Zeitzähler im Nachlauf bis stromlose DK in NLP einschwingt"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381908
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381908 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381908 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381908 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdktto
    "Timeout-Zähler für die Katalysatordiagnose"
    UBYTE
    t_q0p2
    1
    100
    0
    51

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384D92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D92 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D92 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdk_w
    "Drosselklappentemperatur"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdlrtm_w
    "Diagnosezeit für Überschreitung Motortemperaturschwelle für Lambda-Regelung"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38550A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38550A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38550A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38550A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdrsnvk_w
    "Temperaturdifferenz der Referenzsensoren in der Funktion %DGGTNVK"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385520
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385520 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385520 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385520 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdtesta
    "Zeit DTEV Aufsteuerprüfung aktiv"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EDD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EDD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EDD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EDD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdtetevo
    "Zeit Tastverhälnis aus DTEV größer Schwelle"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EDE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EDE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdusinst
    "Zeitkonstante Instationärbetrieb bei Umschaltung"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384D29
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D29 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D29 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D29 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tebebAusBits
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    teh_w
    "effektive Einspritzzeit homogen"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    teitaa
    "Temperatureintrag in den Tankl durch Abgasanlege"
    UBYTE
    temp_ub_b191p25
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DEA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DEA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    teitaar
    "Temperatureintrag in den Tank durch Abgasanlage roh"
    UBYTE
    temp_ub_b191p25
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DEB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DEB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DEB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DEB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tekh_w
    "effektive Einspritzzeit für Katheizen, Bank 1"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    telinh_w
    "effektive Einspritzzeit homogen (linear berechnet)"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    telinkh_w
    "effektive Einspritzzeit für Katheizen, Bank 1 (linear berechnet)"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    telins_w
    "effektive Einspritzzeit Schichteinspritzung, Bank 1 (linear berechnet)"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    telzgh_w
    "effektive Einspritzzeit homogen incl. Zylindergleichst. (linear berechnet)"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    telzgkh_w
    "effektive Einspritzzeit Katheizen incl. Zylindergleichst. (linear berechnet)"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    telzgs_w
    "effektive Einspritzzeit Schicht incl. Zylindergleichst. (linear berechnet)"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    temes_w
    "effektive Einspritzzeit (word) ohne Quantisierungsumschaltung im Start"
    UWORD
    tinj8_sy_ms
    1
    100
    0
    1680.38

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381D76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tempin_w
    "Temperatur Eingang (Adressierung von FWFTBRTA)"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    testdiadel
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tes_w
    "effektive Einspritzzeit Schichteinspritzung, Bank 1"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tevfah_w
    "effektive Einspritzzeit vor Feinabgleich (word) homogen"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tevfakh_w
    "effektive Einspritzzeit vor Feinabgleich (word) Katheizen"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tevfas_w
    "effektive Einspritzzeit vor Feinabgleich (word) schicht"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tevper
    "Periodendauer bei Ansteuerung Tankentlüftungsventil"
    UBYTE
    t500usxms_ub_q0p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384ECC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ECC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ECC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ECC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    te_w
    "effektive Einspritzzeit (word)"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfgabr_w
    "Temperatur Frischgasanteil im Brennraum"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfknohks_w
    "Aktueller Wert Filterzeitkonstante NOx-Signal"
    UWORD
    zk100msxs_uw_b6553
    1
    100
    0.100002
    6553.6

    
    FORMAT "%12.7"
    
    ECU_ADDRESS 0x38514E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38514E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38514E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38514E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tflvrhdp
    "Temperatur Kraftstoff vor HDP"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DEC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DEC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfrmx
    "Zeit der Überschreitung des Grenzwertes von fr_w in der NLKO"
    UBYTE
    t50msxs_ub_b12p75
    1
    100
    0
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380557
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380557 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380557 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380557 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfst
    "Tankfüllstand"
    UBYTE
    vol_q1_l
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380573
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380573 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380573 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380573 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfwdksom_w
    "Zeitkonstante für Filterung Drosselklappenwinkel ohne Momentenstruktur"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.0100002
    655.36

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381D18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tgagrv
    "Abgastemperatur am AGR-Ventil"
    UBYTE
    temp_q6_o273
    1
    100
    -273.15
    1256.85

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384DFD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DFD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DFD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DFD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tgagrv_w
    "Abgastemperatur am AGR-Ventil (Word)"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385348
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385348 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385348 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385348 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tgala_w
    "Abgastransportzeit"
    UWORD
    t20msxs_q0p0002
    1
    100
    0
    13.107

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385270
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385270 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385270 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385270 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thdk_w
    "Temperatur hinter Drosselklappe(Mischtemperatur Drosselklappe und ext. AGR)"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thlsuip_w
    "Entprellzeit zum Heilen des Fehlerpfades LSUIP"
    UWORD
    t_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38564E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38564E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38564E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38564E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thnotf_w
    "Zeit nach Temperaturfreigabe NOx Sensorheizung"
    UWORD
    t50msxs_q0p05
    1
    100
    0
    3276.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3851C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thxlsum_w
    "Sondensechskanttemperatur der LSU"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tihout_w
    "Einspritzzeit homogen"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tih_w
    "Einspritzzeit homogen"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikadte
    "Zeit seit Beginn DTEV jedoch bevor TEV aufsteuert"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EDF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EDF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EDF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EDF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikatm_w
    "Abgastemperatur im Katalysator aus Modell"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50
    1229.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikhout_w
    "Einspritzzeit für Katheizen, Bank 1"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikh_w
    "Einspritzzeit für Katheizen, Bank 1"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikrpr_um
    "Proportionalität von ti zu rk durch Einspritzdruck"
    UBYTE
    tinj_ub_0p0013_sy_ms
    1
    100
    0
    0.272145

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tim1EdBa_w
    ""
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF4CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4CE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4CE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tim2EdBa_w
    ""
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF4D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4D0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4D0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timinh_w
    "minimale zulässige Einspritzzeit für Homogeneinspritzung"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timinkh_w
    "minimale zulässige Einspritzzeit für Katheizen"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timins_w
    "minimale zulässige Einspritzzeit für Schichteinspritzung"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timtalr_w
    "Timer für Verzögerung Reset Bit Tank leer"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3852EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timtals_w
    "Timer für Verzögerung Setzen Bit Tank leer"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3852EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timxth_w
    "theoretische maximale Einspritzzeit"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384FBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timx_w
    "maximale Einspritzzeit"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384FBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tinkr
    "Zeit pro Winkelinkrement"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF278
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF278 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF278 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF278 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tiout_w
    "auszugebende Einspritzzeit"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tisout_w
    "Einspritzzeit für Schichteinspritzung, Bank 1"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tistmr_w
    "Abgastemperatur im Krümmer bei Katheizen mit Momentenreserve bz. auf Umgebung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385552
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385552 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385552 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385552 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tis_w
    "Einspritzzeit für Schichteinspritzung, Bank 1"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tixh
    "1. Einspritzzeit bei Doppeleinspritzung BDE (3. Byte)"
    UBYTE
    tinjh_sy_ms
    1
    100
    0
    53477.4

    
    FORMAT "%5.0"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF418
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF418 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF418 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF418 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tix_w
    "1. Einspritzzeit bei Doppeleinspritzung BDE"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF420
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF420 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF420 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF420 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tiy_w
    "2. Einspritzzeit bei Doppeleinspritzung BDE"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF428
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF428 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF428 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF428 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tizkdbks_w
    "Zeitdauer Integral für KWBIDBKS-Kurbelwellenumdrehungen"
    UWORD
    t_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385322
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385322 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385322 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385322 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_w
    "Einspritzzeit"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tka
    "Temperatur Motorkühlerausgang (Kühlmittel)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38082E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38082E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38082E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38082E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaadfp
    "Testerkomm. Automatisierter Ablauf: aktueller Fehlerpfad"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E9B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E9B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E9B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E9B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaakts
    "Testerkomm. Automatisierter Ablauf: Kurztest Status"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E9C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E9C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaaktt
    "Testerkomm. automatisierter Ablauf: Restzeit für Kurzttest"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaaktz
    "Testerkomm. Automatisierter Ablauf: Kurztest Zähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E9D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E9D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E9D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E9D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaaktzmax
    "maximale Anzahl Kurztests beim automatisierten Ablauf"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E9E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E9E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaatoz
    "Testerkomm. Automatisierter Ablauf: applizierte Timeout-Zeit"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E9F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E9F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E9F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E9F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkadifbks
    "gewichtete Temperaturdifferenz zwischen tmot und tka"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkahkum_w
    "kumulierte Zeit für katalysatoraufheizen für Entschwefelung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkahsu_w
    "Zeit für Katalysatoraufheizen für Entschwefelung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385298
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385298 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385298 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385298 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkakmtr
    "Temperatur Kühleraustritt in KMTR"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkakorr
    ""
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkalin
    "Temperatur Kühlerausgang linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38082F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38082F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38082F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38082F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkasnrk
    "Solltemperatur KW-Ausgang aus n-rk-Kennfeld"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EF9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EF9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EF9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EF9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkasnrlf
    "Gefilterte Solltemperatur KW-Ausgang"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EFA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EFA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkasolgru
    "Maximale Solltemperatur Kühlerausgang Grundwert"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EFB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EFB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EFB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EFB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkasoll
    "Maximale Soll-Temperatur am Kühlerausgang (korrigiert)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EFC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EFC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkast
    "Temperatur Kühlerwasserauslass im Start"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DEE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DEE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkastmot
    "Temperatur Kühleraustritt"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EFD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EFD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EFD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EFD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatm
    "Katalysatortemperatur aus Modell"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50
    1225

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384D94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D94 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D94 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatm_w
    "Katalysatortemperatur aus Modell (Word)"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50
    1229.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatubks
    "Temperaturdifferenz zwischen Kühleraustritt und Umgebung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DEF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DEF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DEF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DEF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkbloknr
    "Blocknummer für Festkennlinien der %TKAA"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdktg_w
    "Katalysasto-Temperaturgradient bei Katdiagnose"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdkthp_w
    "hochpaßgefilterte Katalysator-Temperatur"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdktol_w
    "Katdiagnose: alter Temperaturwert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkerdcmn_w
    "UBat abhängige Diagnoseschwelle für max. Tastverhältnis"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkerlsu_w
    "Keramiktemperatur der LSU"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382A0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkihkmm_w
    "Mittlere Temperatur im Hauptkatalysator, modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkihkm_w
    "Temperatur Katalysator im Hauptkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkivkgm_w
    "Temperatur im Vorkatalysator nach dem ersten Teil des Monolithen für Grenzkat"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkivkmm_w
    "Mittlere Temperatur im Vorkatalysator, modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkivkm_w
    "Temperatur im Vorkatalysator nach dem ersten Teil des Monolithen"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkkta
    "An Testerkommunikation: Kurztestanforderung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EA1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkl15bks
    "Zeit seit KL15 high"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384DF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkldflock
    ""
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkomp_w
    "Zeit bis Komparator anspricht"
    SWORD
    tsquant
    1
    100
    -34952.5
    34951.5

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3810AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tksusol_w
    "Soll-Katalysatortemperatur für Entschwefelung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38529A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38529A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38529A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38529A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tktskr_w
    "Dauer Kurztrip"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38518C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38518C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38518C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38518C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tleans_w
    "Sperrzeit Magerbetrieb"
    UWORD
    t100msxs_uw_b255
    1
    100
    0
    255.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3852E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlok
    "Außentemperatur als Lastinformation für Klimakompressor"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EAC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EAC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tloop_w
    ""
    UWORD
    t50msxs_q0p05
    1
    100
    0
    3276.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38190A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38190A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38190A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38190A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlrsk_w
    "Streckentotzeit Kraftstoff-Lambda-Pfad, korrigiert"
    UWORD
    tz10msxs_uw_b327p68
    1
    100
    0.00500008
    327.68

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlrs_w
    "Totzeit der Lambdaregelstrecke"
    UWORD
    tz10msxs_uw_b327p68
    1
    100
    0.00500008
    327.68

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlvkbnoh_w
    "Abgaslaufzeit von Lambdasonde vor VKat bis NOx-Sensor nach HKat"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38522A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38522A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38522A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38522A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmadb
    "Bereich Motortemperatur für Startmengenadaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmag_w
    "Dauer der Magerphase"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38518E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38518E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38518E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38518E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmaxnodo_w
    "maximale Abgastemperatur ohne Doppeleinspritzung"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38227C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38227C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38227C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38227C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmCorCtr_w
    "Zähler Lückenkorrektur bei fehlendem Zahn"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38137A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38137A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38137A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38137A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmew
    "Motortemperatur-Ersatzwert aus Modell"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmewab
    "Motortemperatur-Ersatzwert aus Modell beim Abstellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383292
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383292 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383292 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383292 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmfa_w
    "Meßfensteranfang Klopfregelung"
    UWORD
    tknockcon_sy
    1
    100
    0
    0.209712

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3822A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmfln_w
    "Meßfensterlänge während Nulltest, KR"
    UWORD
    tknockcon_sy
    1
    100
    0
    0.209712

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3822AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmfl_w
    "Meßfensterlänge Klopfregelung"
    UWORD
    tknockcon_sy
    1
    100
    0
    0.209712

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3822AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmischbr_w
    "stationäre Brennraummischtemperatur"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmki
    "Motortemperatur aus Kombiinstrument"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmkic
    "Motortemperatur aus Kombibotschaft"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380574
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380574 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380574 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380574 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmlastz
    "Abwärtszähler zum Resetieren der AR beim Verzögern"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38092B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38092B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38092B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38092B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmlinmax
    "maximal aufgetretene Motortemperatur-Meßwert"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E51
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E51 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E51 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E51 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmlinmin
    "minimal aufgetretene Motortemperatur-Meßwert"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmns_w
    "Suchzeit Minimumsuche NOx-Signal"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385190
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385190 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385190 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385190 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmost08_uc
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3827C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmost08_um
    "Stützstelle für Motortemperatur"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380484
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380484 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380484 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380484 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmot
    "Motor-Temperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380827
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380827 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380827 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380827 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotab
    "Motortemperatur beim Abstellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383293
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383293 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383293 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383293 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotdifk_w
    "Differenz aktuelle Motortemperatur zur Motor warm Temperatur(in Kelvin)"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotk
    "Motor-Temperatur, Ausgabe in Grad C, intern in Kelvin"
    UBYTE
    temp_q6_o273
    1
    100
    -273.15
    1256.85

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384D95
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D95 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D95 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D95 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotkmtr
    "Motottemperatur  in KMTR"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EFE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EFE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotkst_w
    "Motortemperatur vor Start"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385522 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385522 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotk_w
    "Motor-Temperatur, Ausgabe in Grad C, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3852DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlin
    "Motortemperatur, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlinab
    "gemessene Motor-Abstelltemperatur, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F90 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F90 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlinst
    "gemessene Motortemperatur im Start, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlin_w
    "Motortemperatur, linearisiert und umgerechnet, 16Bit-Wort"
    UWORD
    temp_uw_q0p0029_o48
    1
    100
    -48
    143.997

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38550C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38550C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38550C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38550C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotmn
    "Minimal plausible Motortemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380963
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380963 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380963 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380963 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotmn_uc
    "Minimal plausible Motortemperatur im Befehlstest"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotmn_um
    "Minimal plausible Motortemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380457
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380457 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380457 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380457 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotnl2
    "Motortemperatur im Nachlauf bei Nachtriggerung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotnldiff
    "Differenz der Motortemperatur im SG-Nachlauf"
    UBYTE
    temp_ub_b191p25
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotnlmx
    "Maximale Motortemperatur während SG-Nachlauf"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38328F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38328F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38328F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38328F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotsoll
    "Soll-Wassertemperatur für Kühlmitteltemperaturregelung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EFF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EFF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EFF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EFF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotvt
    "Motortemperatur vor Tiefpaßfilter"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmot_u
    "Motor-Temperatur mit def. Quantisierung für FSP-Umwelten"
    UBYTE
    temp_ub_q1_o40
    1
    100
    -40
    215

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmot_uc
    "Motor-Temperatur im Befehlstest"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmot_um
    "Motor-Temperatur in der Funktionsüberwachung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380409
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380409 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380409 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380409 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmpumast
    "Status für temporäre UMA-Adaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmrw
    "Motortemperatur-Referenzwert aus Modell"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmrwend
    "Endwert für Referenzwert Motortemperatur-Modell"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso1
    "Motor-Solltemperatur 1 (RL/VFZG-abhängig)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F00 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F00 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso2
    "Motor-Solltemperatur 2 (TUM / VFZG abhängig)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso3
    "Motor-Solltemperatur 3 (TOEL-abhängig)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso4
    "Motor-Solltemperatur 4 (abhängig v. Heizungsanforderung)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso5
    "Motor-Solltemperatur 5 (abhängig v.d. Klopfregeltiefe)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso6
    "Motor-Solltemperatur 6 (abhängig v. Heizungsanforderung)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmst
    "Motorstarttemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmstem
    "Motortemperatur bei Startende in Memory"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tn2
    "Segmentzeit pro Zündung"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF3C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tn2fgr_w
    "Doppelte Nennerzeitkonstante FGR-Regler"
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0
    1310.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38199E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38199E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38199E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38199E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnachlOBP
    ""
    UWORD
    t100msxs_uw_b6553p6
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x383BF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnachl_u
    "SG-Nachlaufzeit (byte)"
    UBYTE
    t6p4sxs_ub_b1632
    1
    100
    0
    1632

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnachl_w
    "SG-Nachlaufzeit"
    UWORD
    t100msxs_uw_b6553p6
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x383BF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbm1_w
    "Zahnperiodenzeit des zweitletzten NBM Signals"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38137C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38137C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38137C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38137C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbm2_w
    "Zahnperiodenzeit des drittletzten NBM Signals"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38137E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38137E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38137E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38137E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbmphs0_w
    "Zahnperiodendauer eines NBM-Signals durch linearen Algorithmus"
    UWORD
    t5usxus_q5
    1
    100
    0
    327675

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x3813A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3813A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3813A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3813A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbmrde
    "Zahnperiodenzeit des letzten nbm Signals (in 1ms Raster)"
    UBYTE
    t1msxms_q1
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF362
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF362 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF362 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF362 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbmrde1
    "Zahnperiodenzeit des zweitletzten nbm Signals (in 1ms Raster)"
    UBYTE
    t1msxms_q1
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF363
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF363 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF363 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF363 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbmrde2
    "Zahnperiodenzeit des drittletzten nbm Signals (in 1ms Raster)"
    UBYTE
    t1msxms_q1
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF364
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF364 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF364 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF364 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbm_w
    "Zahnperiodenzeit des letzten NBM Signals"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381380
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381380 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381380 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381380 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tndne_w
    "Zeit nach Denox-Ende"
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0
    1310.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381DE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnkl50
    "Zeit nach Klemme 50 ein"
    UBYTE
    t1sxs_ub_b255
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D33
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D33 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D33 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D33 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnlkmtr_w
    "Nachlaufzeit aus KMTR 16-bit"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnlst2kt_w
    "Nachlaufzeitverlängerung  nach  Wiederholprüfung"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnlstktr_w
    "Startwert Nachlaufzeit aus KMTR 16-bit"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnmst1z
    "Verzögerungszeit Kupplungsschalter beim Hochschalten"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38092C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38092C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38092C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38092C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnmst2z
    "Verzögerungszeit Kupplungsschalter beim Runterschalten"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38092D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38092D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38092D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38092D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnodbf_w
    "Totzeit bis NOx-Durchbruch, gefiltert"
    UWORD
    t_q3p125em2
    1
    100
    0
    2047.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnodb_w
    "Totzeit bis NOx-Durchbruch"
    UWORD
    t_q3p125em2
    1
    100
    0
    2047.97

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnod_w
    "Regelabweichung Temperatur NOx-Sensor-Element"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnokabst_w
    "Korrekturzeit in Abhängigkeit der Abstellzeit"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385150
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385150 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385150 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385150 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnokalt_w
    "Letzter Wert tnok_w"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnokd_w
    "Korrekturzeit NOx für Lightoff-Kennlinie"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385152
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385152 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385152 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385152 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnokfikt_w
    "Zeitzähler ab Heizerbereitschaft, NOx-Sensor"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385154
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385154 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385154 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385154 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnokst_w
    "Startwert Zeitzähler tnok_w"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385156
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385156 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385156 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385156 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnok_w
    "Korrekturzeit NOx-Signal nach Kaltstart"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385158
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385158 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385158 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385158 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnopsa_w
    "Zeit in der NOx > Offset-Schellwert"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38522C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38522C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38522C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38522C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnsabte
    "Zeit seit der Schubabschaltungsbereitschaft gesetzt ist"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384DF1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnscCtr_w
    ""
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0
    1310.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382680
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382680 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382680 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382680 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnse_w
    "Zeitzähler ab Startende (16bit)"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38565C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38565C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38565C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38565C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnsofCtr
    ""
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380964
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380964 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380964 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380964 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnst
    "Zeit nach Startende"
    UBYTE
    t1sxs_ub_b255
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380911
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380911 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380911 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380911 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnst_u
    "Zeit nach Startende (byte)"
    UBYTE
    t10msxs_ub_b655p35
    1
    100
    0
    652.8

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnst_w
    "Zeit nach Startende"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tntevzu
    "Zeit nach Schließen des TEVs"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnvkvhk
    "Laufzeit zwischen Auslass Vorkat und Einlass Hauptkat"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x381664
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381664 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381664 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381664 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toelkmtr
    "Ausgewählte Öltemperatur in der KMTR"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60
    195

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toelk_w
    "(Motor-) Öltemperatur, Ausgabe in Grad C, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384FC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toellrns
    "Motoröltemperatur"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60
    195

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EA9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EA9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EA9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EA9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tolc
    "Öltemperatur aus Kombibotschaft od. aus COWIV abhängig von LH"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60
    195

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380575
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380575 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380575 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380575 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tomagrm_w
    "Temperaturoffset von taikrm zu taizam mit AGR"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tooagrm_w
    "Temperaturoffset von taikrm zu taizam ohne AGR"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TooBas_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF22C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF22C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF22C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF22C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tooreft_w
    ""
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF234
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF234 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF234 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF234 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tooth_rale
    "Erster rückdrehender Zahn im Segment"
    UBYTE
    kw_q6
    1
    100
    0
    1530

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    top_w
    "Operating time seit powerfail"
    UWORD
    t6minxmin_q6
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x383A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    totmotzm_w
    "Temperaturoffset bei kaltem Motor"
    SWORD
    temp_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tovkrdo_w
    "Temperaturerhöhung in Krümmer durch Doppeleinspritzung"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385584 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385584 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tovvkdo_w
    "Temperaturerhöhung in Katalysator durch aktive thermische Katdiagnose"
    UWORD
    temp_q0p0234
    1
    100
    0
    1535.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385586
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385586 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385586 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385586 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpCorCtr_w
    "Zähler Lückenkorrektur bei einem zusätzlichen Zahn"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381382
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381382 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381382 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381382 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tPh1_w
    "Segmentzeit des letzten Phasensegments"
    UWORD
    t40usxus_q40
    1
    100
    0
    2.6214e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x3813A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3813A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3813A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3813A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tphnohk
    "Periodendauer PWM-Signal NOx-Sensorheizung"
    UBYTE
    t500usxms_ub_q0p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380634
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380634 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380634 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380634 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tphrlsu_w
    "Periodendauer für die Heizertaktung der LSU"
    UWORD
    t100msxs_q16Em6
    1
    100
    0
    1.04856

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385640
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385640 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385640 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385640 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpkl15_ctr
    ""
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpnt_aktiv
    "Aktivierung von KR-Funktionen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380866 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380866 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpwmcs
    "Periodendauer PWM- Signal vom Airbag- SG"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380ACB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trealdo_w
    "realisiebare Abgastemperatur durch Doppeleinspritzung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38227E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38227E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38227E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38227E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trealmr_w
    "realisiebare Abgastemperatur durch Momentenreserve"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385554
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385554 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385554 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385554 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    treal_w
    "realisierbare Abgastemperatur in momentaner BDE Betriebsart"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385528
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385528 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385528 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385528 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tregzs_w
    "Zeitzähler ab Anforderung Regenerierung bei Zeitsteuerung"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385192
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385192 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385192 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385192 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trevovCtr
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF246
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF246 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF246 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF246 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trmnr_w
    "Zeit nach Reg.Ende für die Massenausspeicherung aus Beladungsmodell"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385206
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385206 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385206 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385206 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trm_w
    "Zeit Regeneration Modell"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385208
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385208 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385208 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385208 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trohvhdp
    "Temperatur vor HDP ungefiltert"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trr_w
    "Zeit Regeneration Regelung"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38520A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38520A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38520A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38520A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trstsynCtr
    ""
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A2D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zahn
    "Zahnzähler (Winkel an TR-Marke)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF204
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF204 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF204 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF204 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zahn2
    "Zahnzähler (Winkel an TR-Marke)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF206
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF206 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF206 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF206 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zahn2bi
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF4A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4A2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4A2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zahn2bi_of
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF4A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4A4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4A4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zahnabs
    "Winkellage in Geberzaehnen der TR-Marke bzgl. TR Marke Zyl. 0"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF27A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF27A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF27A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF27A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zeit
    "Timerstand zum Zeitpunkt der TR-Marke"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF208
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF208 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF208 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF208 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zeit2
    "Timerstand zum Zeitpunkt der TR-Marke"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF20A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF20A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF20A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF20A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zeitbi
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF4A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4A6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4A6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zeitbi_of
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF4A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4A8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4A8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zeit_msb
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF202
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF202 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF202 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF202 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ts
    "aditive Gemischkorrektur aus Batteriespannung"
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381070
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381070 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381070 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381070 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsaaus_w
    "Zeit nach Beginn Schubabschltung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385214
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385214 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385214 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385214 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsaein_w
    "Zeit nach Ende Schubabschaltung"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385216
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385216 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385216 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385216 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsaka
    "Timer Schubdauer für Katalysator-Ausräumen"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsas_w
    "Zeit über ein Arbeitsspiel für ngas_w"
    UWORD
    tsquantl
    1
    100
    0
    1.11846e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x38133A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38133A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38133A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38133A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsdkttk_w
    "Temperaturabhängige Verzögerungszeit"
    UWORD
    t_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3852D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tseghi
    "Winkel-Segmentzeit, high, low byte des high word"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF345
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF345 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF345 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF345 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsegph_w
    "Periodendauer eines Phasensegments"
    UWORD
    t40usxus_q40
    1
    100
    0
    2.6214e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x3813A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3813A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3813A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3813A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsegrsp_w
    "Beginn Ringspeicher für Segmentzeit"
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    ARRAY_SIZE 6
    ECU_ADDRESS 0xF356
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF356 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF356 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF356 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tseg_w
    "Winkel-Segmentzeit"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF348
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF348 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF348 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF348 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskdelay
    "DMD Verzögerung Auswertung Segmentzeit"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskmngk_w
    "Vorgabe tskmn_w bei geringer Katschädigung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385194
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385194 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385194 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385194 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskmn_w
    "Untere, adaptive Temperaturgrenze SpKat"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385196
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385196 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385196 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385196 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskmx_w
    "obere, adaptive Temperaturgrenze Speicherkatalysator"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskx3exp
    ""
    SBYTE
    dez
    1
    100
    -128
    127

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskx3_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3810AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsk_w
    "Korrigierte Segmentdauer"
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381078
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381078 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381078 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381078 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsmxkomp_w
    "Maximalwertbegrenzung der Segmentzeiten für Kompensationsverfahren nach Start"
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3810AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsovhk_w
    "Abgas-Transportzeit von Sonde vor Vorkat bis Einlass Hauptkatalysator"
    UWORD
    t20msxs_q0p0002
    1
    100
    0
    13.107

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38524E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38524E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38524E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38524E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsovvk
    "Abgastransportzeit von Sonde bis vor Vorkatalysator"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x381665
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381665 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381665 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381665 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsroh_w
    "Segmentzeit unkorrigiert"
    UWORD
    tsquant
    1
    100
    0
    69904

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tstawk
    "Zeit aus Kennlinie TSTAW"
    UBYTE
    t1sxs_ub_b255
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tstbks
    "Temperatur des Kraftstoffsystems im Start"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DF3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tswk
    "Zeit für Setzwertkorrektur"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380700 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380700 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsyn
    "Getriebesynchronisationswunschzeit"
    UBYTE
    t_q20_ms
    1
    100
    0
    5100

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380576
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380576 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380576 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380576 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ttankbks
    "Tanktemperatur modelliert"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DF4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DF4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ttmumad_w
    ""
    UWORD
    t50msxs_q0p05
    1
    100
    0
    3276.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38190C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38190C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38190C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38190C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ttooth10ms
    "Zähler 10 ms Raster ohne Zahninterrupt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tum
    "Umgebungstemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F91
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F91 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F91 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F91 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumc
    "Umgebungstemperatur aus CAN Botschaft"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380577
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380577 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380577 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380577 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumg
    "Umgebungstemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumginp
    "Umgebungstemperatur als Eingangsgröße für Kennfeld KFDTMTU"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumgk_w
    "Umgebungstemperatur in Kelvin, Ausgabe in Grad C, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385524
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385524 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385524 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385524 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumkmtr
    "Ausgewählte Umgebungstemperatur in der KMTR"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumtmp
    "Hilfsgröße Umgebungstemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumv_w
    "Zeitzähler Umgehung Magerverbot"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385198
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385198 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385198 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385198 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tusinst
    "Zeitzähler für Verzögerungszeit abhängig von KUSINST"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0
    5.1

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384D2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvesdel_w
    "HDEV-Vormagnetisierungszeit bei BDE"
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385300
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385300 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385300 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385300 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvetrint
    "I-Anteil- Tastverhältnis Thermostat"
    SBYTE
    rel_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvetrr
    "Tastverhältnis Thermostat P-Regler-Anteil"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvfrrdte
    "Verzögerungszeit für Zurücksetzen des Lambda-Reglers nach Schließen des TEVs"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EE1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvhnohkb_w
    "berechnetes Tastverhältnis Heizung NOx-Sensor hinter Kat"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3851C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvhnohki_w
    "Tastverhältnis Heizung NOx-Sensor hinter Kat"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3851CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvhnohk_w
    "Tastverhältnis NOx-PWM-Heizungssignal"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvkmtr
    "Tastverhältnis elektrischer Thermostat"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlues1
    "Tastverhältnis Lüfter 1"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlues2
    "Tastverhältnis Lüfter 2"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F0C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F0C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluesic
    "Istzustand Lüfteransteuerung"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F0D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F0D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F0D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F0D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluesicb
    "Basis Istzustand Lüftersteuerung"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlueskmtr
    "Lüfteransteuerwert über CAN in der KMTR"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluessc
    "Lüfteransteuerung über Klimabotschaft ( CAN )"
    UBYTE
    rel_q0p4
    1
    100
    0
    102

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380578
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380578 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380578 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380578 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnll1r
    "Regelanteil Tastverhältnis Lüfter 1 im Nachlauf über Rampe abgesteuert"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnll2r
    "Regelanteil Tastverhältnis Lüfter 2 im Nachlauf über Rampe abgesteuert"
    UBYTE
    tv_ub_b100
    1
    100
    0
    99.6094

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384F11
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F11 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F11 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F11 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvreonos_w
    "Verzögerungszeit Regenerationsende ohne NOx-Sensor"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38519A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38519A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38519A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38519A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvrnr
    "Verzögerungszeit bis zum wirklichen Ev-Abschaltende"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsaa_w
    "Totzeit Schubabschneiden"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382406
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382406 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382406 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382406 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsans_w
    "Totzeit Schubabschneiden im Nachstart (Word)"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382408 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382408 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvtevptu
    "Verzugszeit von TEV  (druck-, batteriespannung- und temperaturabhängig)"
    UBYTE
    t500usxms_ub_q0p5
    1
    100
    0
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvtsh_w
    "Anzugzeitverzögerung HDEV durch Kraftstoffdruck"
    SWORD
    tinj_sy_ms
    1
    100
    -105.026
    105.022

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3853FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvtskh_w
    "Anzugzeitverzögerung HDEV durch Kraftstoffdruck"
    SWORD
    tinj_sy_ms
    1
    100
    -105.026
    105.022

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385400 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385400 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvtss_w
    "Anzugzeitverzögerung HDEV durch Kraftstoffdruck"
    SWORD
    tinj_sy_ms
    1
    100
    -105.026
    105.022

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385402
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385402 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385402 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385402 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvts_um
    "Anzugzeitverzögerung HDEV durch Kraftstoffdruck"
    UWORD
    tinjection_sy
    1
    100
    0
    209.712

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvwdkprs
    "Verzögerungszeit DK-Winkel auf Grund der Prediktion"
    UBYTE
    t_q0p001
    1
    100
    0
    0.255

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384E1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twatmhk_w
    "Differenztemperatur Wand vor Hauptkat vor twvhk-Integrator"
    SWORD
    tempg_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twatmhx_w
    "Temperaturstrom LSU-Sechskant vor twvkr-Integrator"
    SWORD
    tempg_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twatmro_w
    "Differenztemperatur Wand nach Krümmer vor twvro-Integrator"
    SWORD
    tempg_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twatmvk_w
    "Differenztemperatur Wand vor Vorkat vor twvvk-Integrator"
    SWORD
    tempg_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twatmvy_w
    "Differenztemperatur Wand vor Y-Zusammenführung vor twvy-Integrator"
    SWORD
    tempg_q0p0234
    1
    100
    -768
    767.977

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3850BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdknlc
    "Zähler Motorstillstand nach KL.15 aus"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384DA7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdlssh_w
    "Timer für Mindestprüfzeit für DLSSA-Extremwertbestimmung hinter KAT"
    UWORD
    t50msxs_uw_b3276p75
    1
    100
    0
    3276.75

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdsrtdk_w
    "Temperatur Saugrohrwand aus Temperatur vor DK modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdsr_w
    "Temperatur Saugrohrwand"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twnd
    "Temperatur für Wandleröl"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48
    143.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EAA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EAA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twsrbagr_w
    "Temperatur der Saugrohrwand bei AGR-Einleitstelle"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twtiy_w
    ""
    UWORD
    tinj_sy_ms
    1
    100
    0
    210.048

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF430
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF430 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF430 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF430 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twvev_w
    ""
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twvhkm_w
    "Wandtemperatur vor Hauptkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twvrom_w
    "Wandtemperatur vorderes Rohr aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twvvkm_w
    "Wandtemperatur vor Vorkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twvym_w
    "Wandtemperatur vor Y_Zusammenführung aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3850C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra01
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra02
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra03
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra04
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_AATUN
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_agre
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_agrl
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_agrs
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_agrv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_atnv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_bks
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_bkse
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_bm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_brems
    "Fehlertyp: Gebergröße Bremsschalter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_bwf
    "Fehlertyp:  PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cair
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cairp
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cas
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cat
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cbsg
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cge
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cgra
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cif
    "Fehlertyp: CAN im Zustand Bus-Off"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cins
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ckla
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dk
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dk1p
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dk2p
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dpl
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dpupsr
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dsbkv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_DSKV
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dss
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dsu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dsv
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvee
    "Fehlertyp: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvef
    "Fehlertyp: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvefo
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvel
    "Fehlertyp: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dven
    "Fehlertyp: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dver
    "Fehlertyp: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvet
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dveu
    "Fehlertyp: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dveub
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dveuw
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvev
    "Fehlertyp: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dylsu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_fp1p
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_fp2p
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_fpp
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_fra
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_frst
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_gecod
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_grbh
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevh1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevh2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevh3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevh4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevk
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevl1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevl2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevl3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdevl4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hdr
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_helsu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hla
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hnohk
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hnohke
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hre
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsh
    "Fehlertyp: Heizung Lambdasonde 1 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsv
    "Fehlertyp: Heizung Lambdasonde 1 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsve
    "Fehlertyp: Endstufe Heizung Lambdasonde 1 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsvsa
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_iclsu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_kat
    "Fehlertyp: Katalysator-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_krnt
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_krof
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_krtp
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ks1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_kuppl
    "Fehlertyp: Gebergröße Kupplungsschalter"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lash
    "Fehlertyp: Lambda- Sondenalterung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lbk
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lbke
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lbko
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lbkp
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lghmm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_LLRH
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_LLRM
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsh
    "Fehlertyp: Lambdasonde 1 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuia
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuip
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuks
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuun
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuvm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsv
    "Fehlertyp: Lambdasonde 1 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lues1e
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lues2e
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lzsr
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md
    "Fehlertyp:  Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md00
    "Fehlertyp:  Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md01
    "Fehlertyp:  Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md02
    "Fehlertyp:  Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md03
    "Fehlertyp:  Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_mdb
    "Fehlertyp: Momentenbegrenzung (begrenzt dauerhaft) aktiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_mdsch
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_msve
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_n
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_nohk
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_nohkp
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_nwkw
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_nx
    "Fehlertyp: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ora
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ph
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_pllsu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_salsu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_scr
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_sgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_sgeew
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_skno
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ta
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tahfm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tankl
    "Fehlertyp : Tank leer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tes
    "Fehlertyp: Tankdiagnose, TEV offen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_teve
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tka
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tm
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tmki
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tum
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ub
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ubr
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufmv
    "Fehlertyp: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufnc
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufpr
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufrkc
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufrlip
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufsga
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufsgb
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufska
    "Fehlertyp: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufspsc
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ulsu
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_urram
    "Fehlertyp: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_urrom
    "Fehlertyp: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_urrst
    "Fehlertyp: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_vfz
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_vtk
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_wfs
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_wfsrc
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zgst00
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zgst01
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zgst02
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zgst03
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tz2fgr_w
    "Doppelte Zählerzeitkonstante FGR-Regler"
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0
    1310.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3819A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tzarni
    "Zeitzähler AR nach Initialisierung"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0
    2.55

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38092E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38092E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38092E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38092E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tznd
    "Tatsächlich angesteuerte Schliesszeit in Zündbereich 1"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF27C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF27C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF27C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF27C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tznd2
    "Tatsächlich angesteuerte Schliesszeit in Zündbereich 1 2tes Zündereignis"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF27E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF27E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF27E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF27E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tzusr_w
    "Temperatur der zufließenden Füllung ins SR über DK und AGR"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3853CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tzwmnnst_w
    "Zeitkonstante für Abregelrampe spätester Zündwinkel"
    UWORD
    zk20msxs_uw_b1310
    1
    100
    0.0200003
    1310.72

    
    FORMAT "%12.7"
    
    ECU_ADDRESS 0x382B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    t_flags_uc
    "Byte für Tempomat-Bits des Befehlstests"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380978
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380978 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380978 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380978 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    t_flags_um
    "Byte für Tempomat-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380406
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380406 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380406 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380406 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    t_idle_ctr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    t_mitibgr_w
    ""
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ua10mo_w
    "Offset korrigierte Sondenspannung vor Kat einer Breitbandlambdasonde"
    UWORD
    spg_q4p88Em4
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF496
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF496 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF496 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF496 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ua10msm_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde (Mittelwert über 10ms)"
    UWORD
    spg_q4p88Em4
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF498
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF498 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF498 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF498 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ua10ms_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde (Mittelwert über 10ms)"
    UWORD
    spg_q4p88Em4
    1
    100
    0
    31.9995

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF49A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF49A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF49A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF49A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    UADKI
    "eingelesener Integratorwert von Klopfauswerteschaltung"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF452
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF452 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF452 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF452 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    UADMFA
    "eingelesener Integratorwert von Klopfauswerteschaltung bei Meßfensteranfang"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF454
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF454 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF454 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF454 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uadres
    ""
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380512
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380512 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380512 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380512 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uagroa_w
    "Spannung Offset AGR-Ventil alt"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383FA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uagrvpk_w
    "korrigierte Spannung der AGR-Ventil-Lagerückmeldung"
    SWORD
    spg_q0p00488
    1
    100
    -160
    159.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uagrvpoa_w
    "temp. Spannung AGR-Ventil Poti am unteren Anschlag"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uagrvpon_w
    "Spannungsoffset der AGR-Ventil-Lager|ckmeldung neu"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uagrvpor_w
    "Dauer-RAM: Spannung AGR-Ventil Poti am unteren Anschlag, stationär"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uagrvpo_w
    "Spannungsoffset der AGR-Ventil-Lagerückmeldung"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ub
    "Batteriespannung"
    UBYTE
    spg_ubatt
    1
    100
    0
    17.952

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubdedis
    "Untere Hstereseschwelle zur DV-E Unterspannungserkennung 8Bit-Quant."
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubdeen
    "Obere Hystereseschwelle zur DV-E Unterspannungserkennung 8 Bit"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uboosmess
    ""
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380513
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380513 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380513 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380513 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrde
    "Batteriespannungsschwelle für Anlasser ausgerückt"
    UBYTE
    spg_ubatt
    1
    100
    0
    17.952

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsq
    "Bordnetzspannung über Hauptrelais, Standard-Quantisierung"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsqf
    ""
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsqf_w
    ""
    UWORD
    spg_q0p00039
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38181E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38181E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38181E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38181E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsqka
    "Bordnetzspannung über HR, standardquantisiert, bei ausgeschalteten Komponenten"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsqke
    "Bordnetzspannung über HR, standardquantisiert, bei eingeschalteten Komponenten"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsq_u
    "Bordnetzspannung über Hauptrelais (byte), Standard-Quantisierung"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3805CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsq_w
    "Bordnetzspannung über Hauptrelais (word), Standard-Quantisierung"
    UWORD
    spg_q0p00039
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubsq
    "Bordnetzspannung, umgerechnet in Standard-Quantisierung"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubsqf
    "Bordnetzspannung, umgerechnet in Standard-Quantisierung und gefiltert"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubsqf_w
    "Bordnetzspannung, umgerechnet in Standard-Quantisierung und gefiltert"
    UWORD
    spg_q0p00039
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38183C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38183C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38183C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38183C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubsq_w
    "Bordnetzspannung, umgerechnet in Standard-Quantisierung"
    UWORD
    spg_q0p00039
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38183E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38183E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38183E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38183E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubuanlr
    "Spannungsschwelle für UMA-Learning in Quantisierung von ubrsq"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ub_helsu
    "Bordnetzspannung für Heizereinkopplung, Standard-Quantisierung"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384D9D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ub_hsv
    "Bordnetzspannung für Sondenheizung, Standard-Quantisierung"
    UBYTE
    spg_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384D9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udknlp1
    "Spannung DK-Poti 1 im NLP"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38190E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38190E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38190E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38190E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udknlp1r
    "Dauer-RAM: Spannung DK-Poti 1 im NLP"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383BAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udknlp2
    "Spannung DK-Poti 2 im NLP"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381910
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381910 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381910 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381910 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udknlp2r
    "Dauer-RAM: Spannung DK-Poti 2 im NLP"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383BAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1a
    "Spannung Drosselklappen-Poti 1 am (unteren) Anschlag"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3806F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1aalt
    "temp. Spannung DK-Poti 1 am unteren DK-Anschlag"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381912
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381912 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381912 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381912 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1asr_w
    "Dauer-RAM: Spannung DK-Poti 1 am unteren DK-Anschlag, stationärer Anteil"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383BB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1as_w
    "Spannung DK-Poti 1 am unteren Anschlag, stationärer Anteil"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381914
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381914 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381914 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381914 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1a_w
    "Spannung DK-Poti 1 am unteren Anschlag"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381916
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381916 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381916 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381916 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1rob
    "realer DK-Poti-1-Wert am ob. Abgleichpkt."
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381918
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381918 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381918 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381918 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1run
    "realer DK-Poti-1-Wert am unt. Abgleichpkt."
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38191A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38191A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38191A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38191A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1sv
    "Maximalwert DK-Poti 1 für Verwendung des verstärkten Signals"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3806F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vor
    "Dauer-RAM: Spannungsoffset bei DK-Poti-1-Verstärkung"
    SWORD
    spg_sw_q0p001222
    1
    100
    -40.0425
    40.0413

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383BB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vou
    "Diagnose: 8 Bit Kopie von udkp1vo_w als Umweltgröße"
    SBYTE
    spg_q0p00977
    1
    100
    -1.25
    1.24023

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DA1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vo_w
    "Spannungsoffset Verstärker DK-Poti 1"
    SWORD
    spg_sw_q0p001222
    1
    100
    -40.0425
    40.0413

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38191C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38191C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38191C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38191C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vrob
    "realer verstärkter DK-Poti-1-Wert am ob. Abgleichpkt."
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38191E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38191E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38191E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38191E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vrun
    "realer verstärkter DK-Poti-1-Wert am unt. Abgleichpkt."
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381920
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381920 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381920 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381920 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vv
    "Diagnose: 8 Bit Kopie von udkp1vv_w als Umweltgröße"
    UBYTE
    spg_q0p03125
    1
    100
    0
    7.96875

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384DA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vvr
    "Dauer-RAM: Verstärkung bei DK-Poti-1-Verstärkung"
    UWORD
    fak_q0p0039
    1
    100
    0
    255.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383BB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vv_w
    "Verstärkung DK-Poti 1"
    UWORD
    fak_q0p0039
    1
    100
    0
    255.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381922
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381922 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381922 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381922 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1v_w
    "Verstärkte Spannung DK-Poti 1"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF292
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF292 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF292 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF292 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1_u
    "Spannung Drosselklappen-Poti 1 (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1_w
    "Spannung DK-Poti 1"
    UWORD
    spg_uw_q0p001222
    1
    100
    0
    80.0838

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF294
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF294 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF294 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF294 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2a
    "Spannung Drosselklappen-Poti 2 am (unteren) Anschlag"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3806F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2aalt
    "temp. Spannung DK-Poti 2 am unteren DK-Anschlag"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381924
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381924 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381924 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381924 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2asr_w
    "Dauer-RAM: Spannung DK-Poti 2 am unteren DK-Anschlag, stationärer Anteil"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383BB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2as_w
    "Spannung DK-Poti 2 am unteren Anschlag, stationärer Anteil"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383BB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2a_w
    "Spannung DK-Poti 2 am unteren Anschlag"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381926
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381926 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381926 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381926 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2_u
    "Spannung Drosselklappen-Poti 2 (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2_w
    "Spannung DK-Poti 2"
    UWORD
    spg_uw_q0p001222
    1
    100
    0
    80.0838

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF296
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF296 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF296 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF296 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkpat_w
    "temporärer UEA-Offset des DK-Poti"
    UWORD
    spg_q1p221_mV
    1
    100
    0
    79.9988

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381928
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381928 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381928 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381928 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udksnoa_w
    "KS-Diagnose: Aktueller Wert obere Schwelle (UDKSNO)"
    UWORD
    spg_uw_b1280
    1
    100
    0
    1279.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382304
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382304 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382304 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382304 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udksnua_w
    "KS-Diagnose: Aktueller Wert untere Schwelle (UDKSNU)"
    UWORD
    spg_uw_b1280
    1
    100
    0
    1279.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382306
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382306 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382306 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382306 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udsbkv_u
    "Spannung Drucksensor Bremskraftverstärker (byte)"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3805CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udsbkv_w
    "Spannung Drucksensor Bremskraftverstärker"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udsl_w
    "Spannung Drucksensor Ladedruck (word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udsm_w
    "Drucksensorspannung über ein Segment gemittelt (word)"
    UWORD
    spg_uw_q0p000076
    1
    100
    0
    4.99992

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udss_w
    "Spannung Drucksensor Saugrohrdruck (word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF298
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF298 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF298 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF298 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udst_w
    "Ausgangsspannung Tankdrucksensor nach AD-Wandler"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udsu_w
    "Spannung Umgebungsdrucksensor (word 10-Bit von ADC)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uefktget
    "Übertragungsfunktion (Mrad/Mkurbelwelle) von der Getriebesteuerung"
    UBYTE
    uefktget_ub_b25p4
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380579
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380579 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380579 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380579 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uevges
    "Übersetzungsverhältnis gesamt"
    UBYTE
    fak_q0p1
    1
    100
    0
    25.5

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uevges_w
    "Übersetzungsverhältnis gesamt"
    UWORD
    fak_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3819A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uggtnvk_w
    "Temperatursensorspannungssignal nach dem Vorkatalysator"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhepoti
    "Spannung Heizungspoti"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380514
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380514 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380514 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380514 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhfm_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384FC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhnohk
    "Heizungsspannung"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380515
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380515 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380515 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380515 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhsv
    "Spannung an der Heizerendstufe vor Kat"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380516
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380516 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380516 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380516 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhsv2
    "Spannung an der Heizerendstufe 2 vor Kat"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380517
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380517 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380517 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380517 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uigoxfk_w
    "Untere Grenze Sauerstoffintegrator Vorkat"
    SWORD
    m_q0p1_mg
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381666
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381666 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381666 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381666 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ukdsanz
    "Anzahl aufsummierter Spannungswerte ukdsbks_w in %BKS"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF400
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF400 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF400 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF400 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ukdsbksr_w
    "Spannung des Kraftstoffdrucksensors arithmetisch gemittelt, Rohwert"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ukdsbks_w
    "Spannungssignal des Kraftsftoffdrucksensors"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF29A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF29A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF29A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF29A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ukdsmx20_w
    "Spannung Drucksensor Maximum der letzten 20ms"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ukdsmx2_w
    "Spannungswert Kraftstoffdrucksensor Niederdrucksystem max. im 2ms-Raster"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF402
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF402 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF402 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF402 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ukdssum_w
    "aufsummierte Spannung von ukdsbks_w über ukdsanz Ereignisse"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF404
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF404 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF404 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF404 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulbkistk_w
    "korrigierte Spannung der LBK-Lagerückmeldung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381C5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulbkist_w
    "Spannung der LBK-Lagerückmeldung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulbkkf_w
    "Spannung minus Offset durch Einbautoleranz gefiltert"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulbkoffs_w
    "LBK-Offset durch Einbautoleranz"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381C5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulbkofsk_w
    "korrigierter Offset durch Einbautoleranz"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381C60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulsmn_uc
    "min.zulässige LSU Spannung im Befehlstest"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38099F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulsmn_um
    "min.zulässige LSU Spannung in der Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380989
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380989 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380989 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380989 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulsmx_uc
    "max. zulässige LSU Spannung im Befehlstest"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3809A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulsmx_um
    "max. zulässige LSU Spannung in der Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38098A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulsu_uc
    "Lambdasondenspannung für Lambdacheck im Befehlstest"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3809A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulsu_um
    "Lambdasondenspannung für Lambdacheck in der Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38098B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uma2_res
    "Antwortbeitrag des Befehlstests"
    SWORD
    dez
    1
    100
    -32768
    32767

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3826E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umErrorCtr2Fr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38096D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umErrorCtrFr
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38096E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umErrorCtrUm
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38096F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umErrorTarget
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380970
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380970 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380970 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380970 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umReceiveCtrEC
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380971
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380971 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380971 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380971 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umrst_c_um
    "Zähler im Dauer-RAM für Software-Reset (Diagnose) aus %UMKOM"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umsnms_w
    "Umrechnung von normiertem Massenstrom in Massenstrom"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umsrlnk_w
    "umsrln_w bei kleinen Drehzahlen begrenzt"
    UWORD
    m_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umsrln_w
    "Umrechnungsfaktor Füllung in Massenstrom"
    UWORD
    m_q0p0005
    1
    100
    0
    32.7675

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umvar
    "Betriebsartenumschaltvariante"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380533
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380533 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380533 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380533 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    unoacmn_w
    "Spannung NOx Min-Wert für Aktivitätserkennung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38522E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38522E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38522E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38522E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    unoacmx_w
    "Spannung NOx Max-Wert für Aktivitätserkennung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385230
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385230 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385230 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385230 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    unop_w
    "Pumpspannung erste NOx-Sensorzelle"
    SWORD
    spg_q0p78125Em3
    1
    100
    -25.6
    25.5992

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38515A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38515A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38515A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38515A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upotpwm
    "PWM-Signal Heizungsanforderung"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EE7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upr1ms_w
    "Spannung Raildrucksensor im 1 ms Raster"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF29C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF29C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF29C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF29C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uprm_u
    "mittlere Spannung Raildrucksensor (byte)"
    UBYTE
    spg_q1p221_mV
    1
    100
    0
    0.311279

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3805D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uprm_w
    "mittlere Spannung Raildrucksensor"
    UWORD
    spg_q3p052em4
    1
    100
    0
    19.9997

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3820FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uprsum_w
    "Addierer zur Mittelwertbildung Sensorspannung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF43A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF43A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF43A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF43A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upw2ll_w
    "Spannungswert von PWG-Poti 2 vor der Bewegung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383BA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg1_u
    "Spannung PWG-Poti 1 (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg1_w
    "Spannung PWG-Poti 1 (Word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2d_u
    "Verdoppelte PWG-Poti-2-Spannung (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2d_w
    "Verdoppelte PWG-Poti-2-Spannung (Word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2fil_w
    "Gefilterte Poti 2 Spannung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2_u
    "Spannung PWG-Poti 2 (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2_w
    "Spannung PWG-Poti 2 (Word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwgej_w
    "Entjitterte PWG-Poti-Spannung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg_w
    "Resultierende PWG-Poti-Spannung nach Plausibilitätsprüfung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwkdo_w
    "Schwelle PWG-Poti-Spannung zum Setzen der Kick-Down-Information"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwkdt_w
    "PWG-Poti-Spannung in der Kick-Down-Position temporär"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwkdu_w
    "Schwelle PWG-Poti-Spannung zum Rücksetzen der Kick-Down-Information"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwkd_w
    "Gelernte Spannung von PWG-Poti 1 in der Kick-Down-Position"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383BAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urinlsu_w
    "widerstandsproportionale Spannung des CJ120 der Nernstzelle LSU (ADC-Wert)"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urlamhin_w
    "Spannung vp-Signal für Regenerationslambda"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38149C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38149C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38149C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38149C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urluf_c_uc
    "Zeitzähler für Rückschaltverzög. der UFUE auf Basis Kraftstoff im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urluf_c_um
    "Zeitzähler für Rückschaltverzögerung der Überwachung auf Basis Kraftstoff"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38044D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urmcksc1
    "Checksumme über Code-Bereich1 der Funktionsüberwachung im zyklischen ROM-Test"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x383BFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urmcksc2
    "Checksumme über Code-Bereich2 der Funktionsüberwachung im zyklischen ROM-Test"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x383C00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urmcksda
    "Checksumme über Daten der Funktionsüberwachung im zyklischen ROM-Test"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x383C04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383C04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383C04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383C04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urmpatco
    "Patch-Adresse im Code der Funktionsüberwachung für Überprüfung zykl. ROM-Test"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x3827F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    userStackUsage
    ""
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38565A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38565A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38565A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38565A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushfmxstg
    "Gefilterte maximale Steigung der Sondenspannung hinter KAT"
    UBYTE
    spgg_q0p52
    1
    100
    0
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383274
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383274 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383274 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383274 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushfmxstn
    "Gefilterte maximale Steigung der Sondenspannung hinter KAT für BDE"
    UBYTE
    spgg_q0p52
    1
    100
    0
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383275
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383275 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383275 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383275 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushk
    "Spannung Lambdasonde hinter Katalysator"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2
    1.13

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38060A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38060A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38060A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38060A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkj
    "Spannung Lambdasonde hinter Kat, ohne Offset, DLSSA, Bank 1"
    UBYTE
    spg_ub_b1p33
    1
    100
    0
    1.33

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkjf_w
    "Gefilterte Spannung Lambdasonde hinter Kat, ohne Offset, DLSSA"
    UWORD
    spg_uw_b1p33
    1
    100
    0
    1.33

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3853F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkmxstg
    "Maximale Steigung der Sondenspannung hinter KAT"
    UBYTE
    spgg_q0p52
    1
    100
    0
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380661
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380661 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380661 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380661 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkmxstn
    "Maximale Steigung der Sondenspannung hinter KAT für BDE"
    UBYTE
    spgg_q0p52
    1
    100
    0
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380662
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380662 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380662 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380662 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushksteig
    "Steigung der Sondenspannung hinter KAT"
    UBYTE
    spgg_q0p52
    1
    100
    0
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380663
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380663 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380663 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380663 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkstgno
    "Steigung der Sondenspannung hinter KAT für BDE"
    UBYTE
    spgg_q0p52
    1
    100
    0
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380664
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380664 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380664 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380664 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushk_w
    "Spannung Lambdasonde (4.88mV/LSB) hinter Katalysator"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1
    318.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381448
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381448 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381448 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381448 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmnsha
    "minimal erkannter Sondenspannungswert h.K. (alt), DLSSA, Bank 1"
    UBYTE
    spg_ub_b1p33
    1
    100
    0
    1.33

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E11
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E11 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E11 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E11 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmnshn
    "minimal erkannter Sondenspannungswert h.K. (neu), DLSSA"
    UBYTE
    spg_ub_b1p33
    1
    100
    0
    1.33

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x383F89
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F89 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F89 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F89 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmxsha
    "maximal erkannter Sondenspannungswert h.K. (alt), DLSSA, Bank 1"
    UBYTE
    spg_ub_b1p33
    1
    100
    0
    1.33

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384E12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E12 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E12 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmxshn
    "maximal erkannter Sondenspannungswert h.K. (neu), DLSSA"
    UBYTE
    spg_ub_b1p33
    1
    100
    0
    1.33

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x383F8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F8A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F8A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usnhhk_w
    "Spannung Lambdasonde (4.88mV/LSB) hinter Hauptkatalysator"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1
    318.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3828D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhk
    "aktuelle Regelschwelle Lambdasignal h.K."
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2
    1.13

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384EB7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EB7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EB7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EB7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhk_w
    "aktuelle Regelschwelle Lambdasignal hinter KAT (word)"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1
    318.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3828F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvkk_u
    "LSU-Spannung vor Kat, korrigiert (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvkk_w
    "LSU-Spannung vor Kat, korrigiert"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvkvj_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde"
    UWORD
    spg_q1p22Em4
    1
    100
    0
    7.99988

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xF49C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF49C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF49C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF49C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usxhk_w
    "KL-Source:  Spannung Lambdasonde hinter Katalysator"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1
    318.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3828F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    utmot3_w
    ""
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    utnv10m_w
    "gemitteltes Spannungssignal (10ms) des T-Sensors"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    utoel
    "Spannung aus analogem Öltemp.sensor"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380518
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380518 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380518 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380518 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uuagrvp_w
    "Spannung der AGR-Ventil-Lagerückmeldung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uulsuv2_bt
    "Sondenspannung vor Kat einer Breitbandlambdasonde Bank2 im Befehlstest"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38278A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38278A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38278A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38278A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uulsuv2_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde Bank2 (ADC-Wert)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384FC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uulsuv_bt
    "Sondenspannung vor Kat einer Breitbandlambdasonde (ADC-Wert) im Befehlstest"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38278C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38278C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38278C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38278C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uulsuv_u
    "Sondenspannung vor Kat einer Breitbandlambdasonde (ADC-Wert) (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uulsuv_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde (ADC-Wert)"
    UWORD
    spg_uw_b5
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uunohk_w
    "Spannung NOx-Sensor NOx-Signal"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uuo2nohk_w
    "Spannung NOx-Sensor O2-Signal"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uurinohf_w
    "gefilterte Spannung NOx-Sensor Innenwiderstand"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38144A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38144A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38144A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38144A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uurinohk_w
    "Spannung NOx-Sensor Innenwiderstand"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uurinoh_w
    "Spannung"
    UWORD
    spg_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38144C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38144C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38144C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38144C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uushk_w
    "ADC-Spannung Lambdasonde hinter Katalysator (Word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF29E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF29E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF29E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF29E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uuvpalt_w
    "Alte VP-Spannung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3815D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3815D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3815D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3815D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uuvpff_w
    "Zweifach gefiltertes vp-Signal"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38149E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38149E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38149E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38149E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uuvpf_w
    "Gefiltertes vp-Signal"
    UWORD
    spg_uw_q0p000076
    1
    100
    0
    4.99992

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3814A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uuvpnohk_w
    "Spannung NOx-Sensor,  Lambda-Sprungsignal"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uuvsnohk_w
    "Spannung NOx-Sensor, Vs-Signal, NOx-Sensorheizung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uvpf_w
    "Gefiltertes vp-signal"
    UWORD
    spg_uw_q0p000076
    1
    100
    0
    4.99992

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38515C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38515C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38515C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38515C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uzkw_w
    "Kurbelwellen-Umdrehungszähler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381384
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381384 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381384 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381384 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    u_immo
    ""
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380519
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380519 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380519 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380519 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vamsr_c
    "Rohwert Radgeschwindigkeit des AMSR gemittelt oder ausgewählt"
    UWORD
    vfzg_uw_b325
    1
    100
    0
    324.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vamsr_w
    "Referenzgeschwindigkeit vom ASR/MSR-Steuergerät"
    UWORD
    vfzg_uw_b325
    1
    100
    0
    324.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vapp_w
    "Volumenstrom Kraftstoff in L/h"
    UWORD
    vol_q0p002146
    1
    100
    0
    140.623

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    varc_c_um
    "Fehlerzähler bei unplausiblem Variantenkriterium in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0
    10200

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38042E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38042E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38042E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38042E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    verhmsb_w
    "durch Anz. der Zylinder bestimmter Aufteilungsfaktor der Massenströme für Bank 1"
    UWORD
    fak_uw_b2
    1
    100
    0
    1

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385244
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385244 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385244 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385244 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfgro_w
    "Geschwindigkeit zur Adressierung von KFVOFFS"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfgr_w
    "Fahrzeug-Ist-Geschwindigkeit für FGR"
    UWORD
    vfzg_uw_b512
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfil_w
    "gefilterte Geschwindigkeit (16-Bit)"
    UWORD
    vfzg_uw_b512
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzg
    "Fahrzeuggeschwindigkeit"
    UBYTE
    vfzg_ub_q1p25
    1
    100
    0
    318.75

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D00 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D00 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzgalt_w
    "Um 100ms verzögerte Fahrzeuggeschwindigkeit zur Gradientenbildung"
    UWORD
    vfzg_uw_b512
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3817DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzgf_w
    ""
    UWORD
    fak_uw_b512
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3852E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzghai
    "Fahrzeuggeschwindigkeit für Heizanforderung, interne Variable"
    UBYTE
    vfzg_ub_q1p25
    1
    100
    0
    318.75

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D2F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzgkb_w
    "Geschwindigkeit aus Kombi-Botschaft"
    UWORD
    vfzgkb_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzgkmtr
    "Resultierende Fahrzeuggeschwindigkeit in der KMTR"
    UBYTE
    vfzg_ub_q1p25
    1
    100
    0
    318.75

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384F12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384F12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384F12 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384F12 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzgpr_w
    "Prädizierte Fahrzeuggeschwindigkeit für VMAX-Regelung"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3826A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3826A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3826A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3826A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzg_bt
    ""
    UWORD
    vfzg_uw_q0p0625
    1
    100
    0
    4095.94

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3827A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3827A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3827A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3827A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzg_u
    "Fahrzeuggeschwindigkeit, mit def. Quantisierung für Tester"
    UBYTE
    vfzg_q1p0
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzg_w
    "Fahrzeuggeschwindigkeit"
    UWORD
    vfzg_uw_b512
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzroh_w
    "Fahrzeuggeschwindigkeit Ausgabewert an SCAN-Tool"
    UWORD
    vfzg_uw_b512
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vgste_w
    "Spülvolumenstrom AKF gesamt"
    UWORD
    vpert_q0p000390625
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    virkr
    "Verhältnis Integrator / Referenzpegel Klopfregelung"
    UBYTE
    fak_ub_b16
    1
    100
    0
    15.9375

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF457
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF457 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF457 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF457 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkABS
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B4 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B4 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkAirbag
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B5 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B5 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkCAN
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B6 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B6 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkKlima
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B7 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B7 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkpedch_uc
    "Variantenkriterium für Pedal-Charakteristik im Befehlstest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkpedch_um
    "Variantenkriterium für Pedal-Charakteristik in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38042F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38042F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38042F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38042F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkr
    "Verstärkungsstufe für Eingangsverstärkung Klopf-IC"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380884
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380884 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380884 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380884 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkr_tst
    "Verstärkungsstufe für Eingangsverstärkung Klopf-IC rollierend mit Zyl.zähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380888
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380888 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380888 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380888 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkste_w
    "Spülvolumenstrom AKF (Kraftstoff)"
    UWORD
    vpert_q0p000390625
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkst_w
    "Gefördertes Kraftstoffvolumen"
    UWORD
    vol_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vlast_w
    "Zusätzliche Offset-Geschwindigkeit für FGR-Regler bei höherer Last"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vlste_w
    "Spülvolumenstrom AKF (Luft)"
    UWORD
    vpert_q0p000390625
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vltev_w
    "Spülvolumenstrom TEV (Luft)"
    UWORD
    vpert_q0p000390625
    1
    100
    0
    25.5996

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3856B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3856B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3856B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3856B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vmsagr_w
    "Geschwindigkeit des AGR-Massenstroms im AGR-Rohr"
    UWORD
    vgas_uw_b256
    1
    100
    0
    255.996

    
    FORMAT "%7.3"
    
    ECU_ADDRESS 0x3853CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vmsdkvdk_w
    "Geschwindigkeit der Frischluft vor Drosselklappe"
    UWORD
    vgas_uw_b256
    1
    100
    0
    255.996

    
    FORMAT "%7.3"
    
    ECU_ADDRESS 0x3853CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    voffs_w
    "Offsetgeschwindigkeit für FGR-Regler"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vorstv_w
    "Summe aus Referenzleistung und Reglerausgangsleistung"
    UWORD
    leist_q0p00244
    1
    100
    0
    159.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vorst_w
    "Wert nach Vorsteuerungsschalter"
    UWORD
    leist_q0p00244
    1
    100
    0
    159.998

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3851CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3851CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3851CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3851CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpend_w
    "Spannungswert Regenerationsabbruch"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3814A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpkp1_w
    "Spannungswert Knickpunkt1"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3814A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpkpd_w
    "Spannungswert Knickpunktdifferenz"
    SWORD
    spg_sw_q0p00488
    1
    100
    -160
    159.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383B9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpkts_w
    "vp-Signal korrigiert für Fettgaseintrag"
    UWORD
    fak_uw_b4
    1
    100
    0
    3.99994

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38520C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38520C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38520C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38520C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpsigosz_w
    "Erkannte Flanken im VP - Signal"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385232
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385232 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385232 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385232 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpsmsvdk_w
    "Druckverhältnis aus MAX von mod. und gem. SR-Druck zu Druck vor DK"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381F50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpspabna_w
    "Druckverhältnis ps_w/pabnav_w"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3853D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpspanav_w
    "Verhältnis Saugrohrdruck ps_w zu Abgasdruck nach Auslaßventil pabnav_w"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38535E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38535E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38535E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38535E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpz_w
    "vpend-Korrekturwert Abgaslaufzeit"
    SWORD
    spg_sw_q0p00488
    1
    100
    -160
    159.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3814A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_hl_c
    "Rohwert Radgeschwindigkeit des AMSR hinten links gefiltert"
    UWORD
    vrad_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_hl_w
    "Radgeschwindigkeit hinten links"
    UWORD
    vrad_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_hr_c
    "Rohwert Radgeschwindigkeit des AMSR hinten rechts gefiltert"
    UWORD
    vrad_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_hr_w
    "Radgeschwindigkeit hinten rechts"
    UWORD
    vrad_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_vl_c
    "Rohwert Radgeschwindigkeit des AMSR vorne links  gefiltert"
    UWORD
    vrad_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_vl_w
    "Radgeschwindigkeit vorne links"
    UWORD
    vrad_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_vr_c
    "Rohwert Radgeschwindigkeit des AMSR vorne rechts  gefiltert"
    UWORD
    vrad_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_vr_w
    "Radgeschwindigkeit vorne rechts"
    UWORD
    vrad_uw_b655
    1
    100
    0
    654.99

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3819CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vregl_w
    "Sollgeschwindigkeit für FGR-Regler"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38198A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38198A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38198A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38198A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrlnfhf_w
    "Verhältnis rl Nebenfüllungssensor / rl Hauptfüllungssensor"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381C44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vroh_w
    "Fahrzeuggeschwindigkeit ungefiltert"
    UWORD
    vfzg_uw_b512
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vske
    "verstellbarer Offset für Klopferkennungsschwelle über VS20"
    SBYTE
    fak_ub_b16
    1
    100
    -8
    7.9375

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsksmlf_w
    "Volumenstrom Kraftstoff in Milliliter gefiltert"
    UWORD
    volgrd_q5p96Em4
    1
    100
    0
    39.0619

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384C7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsksml_w
    "Volumenstrom Kraftstoff in ml/s"
    UWORD
    volgrd_q5p96Em4
    1
    100
    0
    39.0619

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38570A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38570A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38570A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38570A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsksmw_w
    "Volumenstrom Kraftstoff, gemittelt"
    UWORD
    volgrd_q5p96Em7
    1
    100
    0
    0.0390619

    
    FORMAT "%10.8"
    
    ECU_ADDRESS 0x38529C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38529C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38529C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38529C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsks_w
    "Volumenstrom Kraftstoff in L/s"
    UWORD
    volgrd_q5p96Em7
    1
    100
    0
    0.0390619

    
    FORMAT "%10.8"
    
    ECU_ADDRESS 0x38570C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38570C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38570C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38570C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstagr
    "Anpassung AGR-Rate (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstcns
    "Anpassung Codewort LL-Solldrehzahl-Umschaltung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstdta_w
    "DT1 Anteil in Vorsteuerung MSV"
    SWORD
    kw_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382130
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382130 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382130 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382130 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstdzw
    "Anpassung Zündwinkel additiv"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3808E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfba
    "Faktor Beschleunigungsanreicherung (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfns
    "Anpassung Faktor Nachstart (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfrk
    "Korrektur der relativen Kraftstoffmasse über Tester"
    UBYTE
    fak_ub_b1p25_o0p75
    1
    100
    0.75
    1.24805

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfst
    "Anpassung Faktor Start (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfva
    "Faktor Verzoegerungsabmagerung (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfwl
    "Anpassung Faktor Warmlauf (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0
    1.99219

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstlr
    "Anpassung tv-Zeit  (Testerschnittstelle)"
    SBYTE
    t10msxs_sb_q0p01
    1
    100
    -1.28
    1.27

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstmdr
    "Anpassung Momentenreserve Leerlaufregelung (Testerschnitst.)"
    UBYTE
    rel_ub_b25
    1
    100
    0
    24.9023

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3808EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstmsvga_w
    "Hilfsvariable Verstärkungsanteil Vorsteuerung MSV"
    SWORD
    kw_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382132
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382132 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382132 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382132 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstmsvoa_w
    "Hilfsvariable Offsetanteil Vorsteuerung MSV"
    SWORD
    kw_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382134
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382134 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382134 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382134 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstnls
    "Anpassung LL-Solldrehzahl (Testerschittstelle)"
    SBYTE
    nmot_sb_q10
    1
    100
    -1280
    1270

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstnlsl
    "Anpassung LL-Solldrehzahl-Begrenzung (Testerschittstelle)"
    SBYTE
    nmotd_sb_q10
    1
    100
    -1280
    1270

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380912
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380912 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380912 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380912 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstrlx
    "Verstellgröße Maximalfüllung vom Tester"
    UBYTE
    fak_ub_b1
    1
    100
    0
    0.996094

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3808F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vststa_w
    "Statischer Anteil in Vorsteuerung MSV"
    SWORD
    kw_q0p1
    1
    100
    -3276.8
    3276.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382136
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382136 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382136 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382136 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstvvr
    "Erhöhung des Sollwerts der VMAX-Regelung über Werkstatt-Tester"
    SBYTE
    vfzg_q1p0
    1
    100
    -128
    127

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vszwkr
    "Zylinderindividuelle ZW-Verstellung durch Verstellsystem"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x384E8B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E8B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E8B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E8B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vszwm
    "Mittelwert der ZW-Verstellung über VS2x"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3808BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vtrip_w
    " Verbrauch über den Trip in L"
    UWORD
    vol_q3p90625Em3_l
    1
    100
    0
    255.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38570E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38570E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38570E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38570E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vwkw
    "KW-Winkelgeschwindigkeit"
    UBYTE
    rel_ub_q0p1875
    1
    100
    0
    47.8125

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384E1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vzgrac
    "GRA-Zielgeschwindigkeit für CAN-Ausgabe"
    UBYTE
    vfzg_ub_q1p25
    1
    100
    0
    318.75

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38057A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vziel_w
    "Zielgeschwindigkeit FGR"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38198C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38198C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38198C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38198C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    w1ms_w
    "Winkel für 1 ms"
    UWORD
    kwgrad_q0p01
    1
    100
    0
    655.35

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381E6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wanmil
    ""
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38051A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wblagrs_w
    "Leitungswiderstand AGR Massenstromleitung aus schneller Adaption"
    UWORD
    fak_uw_b64
    1
    100
    0
    63.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383FAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wblagr_w
    "Leitungswiderstand AGR Massenstromleitung"
    UWORD
    fak_uw_b64
    1
    100
    0
    63.999

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk1
    "Drosselklappenwinkel aus Poti 1"
    UBYTE
    relDK_ub_b100
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk1g
    "DK-Winkel aus Poti 1 begrenzt u. gefiltert für Vergl. mit Ersatzwert aus Füllung"
    UBYTE
    relDK_ub_b100
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk1_w
    "DK-Winkel aus Poti 1"
    SWORD
    relDK_q0p02441
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk2
    "Drosselklappenwinkel aus Poti 2"
    UBYTE
    relDK_ub_b100
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk2g
    "DK-Winkel aus Poti 2 begrenzt u. gefiltert für Vergl. mit Ersatzwert aus Füllung"
    UBYTE
    relDK_ub_b100
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk2_w
    "DK-Winkel aus Poti 2"
    SWORD
    relDK_q0p02441
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk3
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk3g
    "Gefilterter Drosselklappenwinkel berechnet aus Hauptfüllungssignal"
    UBYTE
    relDK_ub_b100
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkada_w
    "Sollwert DK-Winkel, aus DV-E Adaption- und Prüffunktion"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38192A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38192A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38192A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38192A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkba
    "Drosselklappenwinkel bezogen auf unteren Anschlag"
    UBYTE
    relDK_ub_b100
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbab_w
    "wdkba_w begrenzt (Minimalauswahl zwischen wdkba_w und wdkugd_w)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbam_w
    "Drosselklappenwinkel bezogen auf unteren Anschlag(Mittelwert ü. 1 Seg.)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381F54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381F54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381F54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381F54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbapb_w
    "fuer Einspritzung praediz. begr. Drosselklappenwinkel (Word)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381DCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381DCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381DCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381DCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbap_w
    "fuer Einspritzung praedizierter Drosselklappenwinkel (Word)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkba_w
    "Drosselklappenwinkel bezogen auf unteren Anschlag"
    SWORD
    relDK_q0p02441
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF3CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3CE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3CE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkdlra_w
    "Alter Sollwert DK-Winkel in 12 Bit-Auflösung"
    UWORD
    relDK_q0p02441
    1
    100
    0
    1599.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38194C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38194C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38194C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38194C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkdlr_w
    "Sollwert DK-Winkel in 12 Bit-Auflösung"
    UWORD
    relDK_q0p02441
    1
    100
    0
    1599.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF3E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3E2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3E2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkfmn_w
    "Minimalwert Drosselklappenwinkel von min Auswahl"
    SWORD
    relDK_q0p02441
    1
    100
    -200
    200

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkfmx_w
    "Maximalwert Drosselklappenwinkel von max Auswahl"
    SWORD
    relDK_q0p02441
    1
    100
    -200
    200

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkhfu_w
    " WK-Winkel  ber. aus Massenstrom d. Haupfüllungssensors ungedrosselt"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkhf_w
    "Berechneter Winkel der Drosselklappe aus dem Hauptfüllungssignal"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkink_w
    "aktuelles Inkrement des DK-Sollwinkels"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381CCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdknlp
    "Diagnose: 8 Bit Kopie von wdknlp_w als Umweltgröße"
    UBYTE
    relDK_q0p3922
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DA3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdknlpr
    "Diagnose: 8 Bit Kopie von wdknlpr_w als Umweltgröße"
    UBYTE
    relDK_q0p3922
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384DA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdknlpr_w
    "Dauer-RAM: Sollwert DK-Winkel in NLP-Stellung, bez. auf UMA"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383BBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdknlp_w
    "DK-Winkel der Notluftposition"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38192C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38192C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38192C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38192C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkobugs_w
    "Soll-DK-Winkel aus Momentenstruktur ohne Begrenzung auf ungedrosselten Winkel"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdks
    "Sollwert DK-Winkel, bezogen auf unteren Anschlag"
    UBYTE
    relDK_ub_b100
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380780 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380780 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksap_w
    "DK-Sollwinkel aus Applikationsblock"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksba2_w
    "DK-Sollwinkel nach der Begrenzung, Wert aus Rechenraster n-2"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381CCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksba_w
    "DK-Sollwinkel nach der Begrenzung, Wert aus Rechenraster n-1"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381CD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksb_w
    "DK-Sollwinkel nach der Begrenzung"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381CD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksfi_w
    "aus wdks_w prädizierter DK-Winkel"
    SWORD
    relDK_q0p02441
    1
    100
    -800
    799.976

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38194E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38194E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38194E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38194E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksfl
    "Flankenwechselanzeige für DK-Sollwert wdksap_w"
    SBYTE
    fak_sb_b1
    1
    100
    -1
    0.992188

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380781
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380781 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380781 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380781 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksgvin_w
    "Solldrosselklappenwinkel-Eingang in Tiefpassfilter"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksgv_w
    "Drosselklappen-Sollwinkel vor Applikationsschnittstelle (gefiltert)"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksmx_w
    "max. Sollwert Drosselklappenwinkel"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3853E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksobmx_w
    "Soll-Drosselklappenwinkel ohne MAX-Begrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3853E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3853E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3853E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3853E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksof_w
    "Solldrosselklappenwinkel ohne Medianfilter"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksom_w
    "Drosselklappensollwinkel ohne Momentenstruktur"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381D1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkspa_w
    "prädizierter DK-Winkel, Wert aus Rechenraster n-1"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381CD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksp_w
    "Prädizierter Drosselklappen-Sollwinkel"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381CD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksvfl
    "Flankenwechselanzeige für DK-Sollwert wdksapa_w"
    SBYTE
    fak_sb_b1
    1
    100
    -1
    0.992188

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380782 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380782 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkswe_w
    "DK-Sollwertschwelle für prädiz. Entjitterung"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381CD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdks_w
    "Sollwert Drosselklappenwinkel, bezogen auf (unteren) Anschlag"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381CDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381CDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381CDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381CDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkugd_w
    "Drosselklappenwinkel, bei dem 95% Füllung erreicht wird"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381C9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381C9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381C9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381C9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkvabob
    "DK-Sollwert für oberen Abgleichpunkt"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38192E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38192E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38192E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38192E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkvabub
    "DK-Sollwert für unteren Abgleichpunkt"
    UWORD
    relDK_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381930
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381930 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381930 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381930 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdmdkoe
    "Momentenaufnahme Klimakompressor beim Einschalten"
    SBYTE
    rel_sb_q0p39
    1
    100
    -49.9968
    49.6062

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384EAD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EAD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EAD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EAD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesab
    "Winkel Einspritzabbruch"
    UBYTE
    kw_tooth_sy
    1
    100
    0
    1530

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3807FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesabr
    "Winkel Einspritzabbruch"
    UBYTE
    kw_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380800 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380800 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbhlim_w
    "änderungsbegrenzter Winkel Einspritzbeginn homogen"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbhmx_w
    "frühestmögl. Winkel Einspritzbeginn homogen bei ber. Einspritzabbruch"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbhout_w
    "Winkel Einspritzbeginn homogen mit Berücks. der Vormagnetisierung"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbhst_w
    "Winkel Einspritzbeginn homogen während Start"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385450
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385450 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385450 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385450 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbh_w
    "Winkel Einspritzbeginn homogen"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbkhou_w
    "Winkel Einspritzbeginn für Katheizen mit Berücks. der Vormagnetisierung"
    SWORD
    kw_q0p75
    1
    100
    -24576
    24575.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbkh_w
    "Winkel Einspritzbeginn für Katheizen"
    SWORD
    kw_q0p75
    1
    100
    -24576
    24575.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbsout_w
    "Winkel Einspritzbeginn Schicht mit Berücks. der Vormagnetisierung"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbs_w
    "Winkel Einspritzbeginn Schicht"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesbx_w
    "1. Winkel Einspritzbeginn bei Doppeleinspritzung BDE"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381E7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesby_um
    "Winkel Einspritzbeginn der letzten Nacheinspritzung"
    UBYTE
    kw_q1p5
    1
    100
    0
    382.5

    
    FORMAT "%10.6"
    
    ECU_ADDRESS 0x380439
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380439 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380439 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380439 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesby_w
    "2. Winkel Einspritzbeginn bei Doppeleinspritzung BDE"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381E84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesb_w
    "Winkel Einspritzbeginn"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weseh_w
    "Winkel Einspritzende homogen"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385452
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385452 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385452 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385452 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weses_w
    "Winkel Einspritzende Schichteinspritzung"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wese_w
    "Winkel Einspritzende"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesmkh_w
    "Winkel Einspritzmitte bei Katheizen mit DE"
    SWORD
    kw_q0p75
    1
    100
    -24576
    24575.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wesms_w
    "Winkel Einspritzmitte Schichteinspritzung"
    SWORD
    kw_q0p75
    1
    100
    -24576
    24575.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381E94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wistr_w
    "Relativer Heizfortschritt für Katalysator seit Motorstart"
    UWORD
    fak_uw_b1
    1
    100
    0
    0.999985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x385578
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385578 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385578 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385578 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wist_w
    "Über Abgas erzeugte Heizwärme für Katalysator seit Motorstart"
    UWORD
    q_q64
    1
    100
    0
    4.19424e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x38557A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38557A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38557A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38557A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkfmdko_w
    "Momentenaufnahme Klimakompressor vor Filter"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3824EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3824EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3824EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3824EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkhw_w
    "Dauer-RAM: Heizwärme für Katalysator aus kürzlichen Motorläufen"
    UWORD
    q_q64
    1
    100
    0
    4.19424e+006

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x384C48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkr
    "zylinderindividuelle Zündwinkelspätverstellung KR"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0xF458
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF458 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF458 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF458 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkra
    "last und drehzahlabh. Adaptionskennfeld f. wkr"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    ARRAY_SIZE 280
    ECU_ADDRESS 0x383299
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383299 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383299 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383299 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkratst
    "wkra mit Synchro-Raster rollierend"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrdy
    "Zündwinkelspätverstellung bei KR-Dynamik"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF464
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF464 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF464 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF464 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrdya
    "adaptierter Zündwinkel bei KR-Dynamik"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    ARRAY_SIZE 10
    ECU_ADDRESS 0x3833B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrdyaa
    "adaptiver Anteil des Dynamikvorhalts"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrdyti
    "tip in-Anteil des Dynamikvorhalts"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrlz
    "Winkel KR Leitzylinder"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF462
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF462 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF462 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF462 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrlzofv
    "Zündwinkeloffset für geführten Zylinder"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3808CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrm
    "Mittelwert der zylinderindividuellen ZW-Spätverstellungen durch KR"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF460
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF460 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF460 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF460 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrma
    "Mittelwert der ZW-Spätverstellungen KR, allgemein (im Notlauf mit Sicherheit)"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF461
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF461 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF461 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF461 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkr_tst
    "zyl.ind. ZW-Spätverstellung, rollierend"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.25
    0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkw0rale_w
    "Winkel Kurbelwelle am Nullpunkt des Arbeitsspieles bei 1. rückdrehendem Zahn"
    UWORD
    kw_q6
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x381366
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381366 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381366 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381366 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwas_kor
    "Kurbelwinkel im Arbeitsspiel mit Lückenkorrektur"
    UBYTE
    kw_q6
    1
    100
    0
    1530

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwas_rde
    "Korrigierter Winkel im Arbeitsspiel für RDE"
    UBYTE
    kw_q6
    1
    100
    0
    1530

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwbzm0_w
    "Winkel Kurbelwelle am Nullpunkt des Arbeitsspiels: R_syn & zzyl = 0 (word)"
    UWORD
    kw_tooth_sy
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF370
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF370 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF370 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF370 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwneg_w
    "Winkel Kurbelwelle bei negativer Phasenflanke im Schnellstart"
    UWORD
    kw_tooth_sy
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF372
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF372 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF372 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF372 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwpos_w
    "Winkel Kurbelwelle bei positiver Phasenflanke im Schnellstart"
    UWORD
    kw_tooth_sy
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF374
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF374 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF374 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF374 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwrale_w
    "Winkel Kurbelwelle beim ersten rückdrehenden Zahn (word)"
    UWORD
    kw_q6
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x381368
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381368 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381368 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381368 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwstart_w
    "Winkel Kurbelwelle beim Überschreiten von NMIN im Schnellstart"
    UWORD
    kw_tooth_sy
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF376
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF376 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF376 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF376 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwstop
    "Motorabstellposition im Arbeitsspiel"
    UBYTE
    kw_q6
    1
    100
    0
    1530

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x383271
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383271 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383271 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383271 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwsyn_w
    "Winkel Kurbelwelle am Beginn des Synchros (word)"
    UWORD
    kw_tooth_sy
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF204
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF204 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF204 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF204 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkw_w
    "Winkel Kurbelwelle (word)"
    UWORD
    kw_tooth_sy
    1
    100
    0
    393210

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xFE50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFE50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFE50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFE50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wlustop_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381138
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381138 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381138 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381138 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wmfa
    "Meßfensteranfang in Grad Kurbelwinkel"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380867
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380867 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380867 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380867 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wmfl
    "Meßfensterlänge in Grad Kurbelwinkel"
    UBYTE
    zw_ub_q0p75
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380868 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380868 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wmilstp_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38113A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38113A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38113A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38113A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnvuhoms_w
    "Sollüberschneidungswinkel  Nockenw.  nur durch Verstellung homogen Mode"
    UWORD
    kw_q0p0078
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384FCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnvunhss_w
    "Sollüberschneidungswinkel  NW  nur durch Verstellung nicht hom und schicht Mode"
    UWORD
    kw_q0p0078
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384FCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnvuschs_w
    "Sollüberschneidungswinkel  Nockenw.  nur durch Verstellung Schicht Mode"
    UWORD
    kw_q0p0078
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384FCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnweoas_w
    "Winkeldifferenz zwischen adaptierter und aktueller Phasenflanke bez. auf EO / AS"
    SWORD
    kw_q0p0078
    1
    100
    -256
    255.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38134C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38134C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38134C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38134C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwim_w
    "Mittelwert Abweichung Adaption Nocken-/Kurbelwelle"
    UWORD
    kw_q0p0039
    1
    100
    0
    255.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwix_w
    "Winkelfehler der berechneten Winkelbasis an der negativen Phasenflanke"
    SWORD
    kw_sw_b128
    1
    100
    -128
    127.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3813AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3813AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3813AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3813AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwi_ad_w
    "Winkeldifferenz zwischen adaptierter und aktueller Phasenflanke (word)"
    SWORD
    kw_q0p0039
    1
    100
    -128
    127.996

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38134E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38134E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38134E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38134E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkor_w
    "Aktueller Korrekturwert für NW-Signal"
    SWORD
    kw_q0p0156
    1
    100
    -512
    511.984

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385048
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385048 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385048 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385048 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkwasx_w
    "Berechnete Winkelbasis zum Zeitpunkt der negativen Phasenflanke"
    UWORD
    kw_q0p0156
    1
    100
    0
    1023.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3813AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3813AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3813AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3813AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkwas_w
    "Winkel Nockenwelle zur Kurbelwelle im Arbeitsspiel"
    UWORD
    kw_q0p0156
    1
    100
    0
    1023.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381350
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381350 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381350 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381350 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwspasx_w
    "Adaptierter Wert der aktuellen Phasenflanke"
    UWORD
    kw_q0p0156
    1
    100
    0
    1023.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3813AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3813AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3813AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3813AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwspas_w
    "Adaptionswinkel der Nockenwellenflanken im Arbeitsspiel (Referenzposition)"
    UWORD
    kw_q0p0156
    1
    100
    0
    1023.98

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381352
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381352 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381352 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381352 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsp_u
    "Adaptionswinkel Nockenwelle [Spätanschlag] (Umwelt)"
    UBYTE
    kw_q2
    1
    100
    0
    510

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsp_w
    "Adaptionswinkel Nockenwelle (Spätanschlag)"
    UWORD
    kw_q0p0156
    1
    100
    0
    1023.98

    
    FORMAT "%8.3"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x383B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwvu_w
    "Überschneidungswinkel  Ein- und Auslass Nockenw.  nur durch Verstellung"
    UWORD
    kw_uw_q0p0078
    1
    100
    0
    511.992

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384FD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wouta
    "ausgegebener Zündwinkel bei Doppelzündung: erster Zündkreis"
    UBYTE
    zw_azue_sy
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF256
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF256 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF256 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF256 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    woutst
    "Zündwinkelpuffer bei Überlappung"
    UBYTE
    zw_azue_sy
    1
    100
    0
    191.25

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF25A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF25A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF25A 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF25A INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wped
    "Normierter Fahrpedalwinkel"
    UBYTE
    relPED_ub_b100
    1
    100
    0
    100

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wpedt_w
    "Pedalwert (temporär) bei 2 ME-Steuergeräten"
    UWORD
    relPED_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wpedv_w
    "Normierter Fahrpedalwinkel vor Berücksichtigung der Begrenzungen im Notfahren"
    UWORD
    relPED_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wped_w
    "normierter Fahrpedalwinkel"
    UWORD
    relPED_uw_b100
    1
    100
    0
    100

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3818C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wpfgr_w
    "Rückgerechneter Pedalwert bei FGR-Betrieb"
    UWORD
    rel_uw_b100
    1
    100
    0
    99.9985

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385304
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385304 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385304 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385304 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wphg
    "Zündwinkel DG-Phasenkorrektur"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AAD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AAD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AAD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AAD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wprhom_w
    "Einspritzberechnungs-Praediktions-Winkel für Homogenbetrieb"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385404
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385404 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385404 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385404 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wprsch_w
    "Einspritzberechnungs-Praediktions-Winkel für Schichtbetrieb"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385406
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385406 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385406 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385406 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wri_c_um
    "Fehlerzähler im Dauer-RAM für RAM-Beschreibbarkeits-Prüfung (Diagnose) in der FU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3833C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wrlbhom_w
    "Winkel rl-Berechnung vor ZOT im Homogenbetrieb"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385454
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385454 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385454 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385454 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wrlbsch_w
    "Winkel rl-Berechnung vor ZOT im Schichtbetrieb"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385456
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385456 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385456 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385456 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wrnohkf_w
    "Wachstumsrate der NOx-Emissionen hinter Katalysator pro Zeiteinheit, gefiltert"
    UWORD
    freq_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385100
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385100 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385100 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385100 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wrnohk_w
    "Wachstumsrate der NOx-Emissionen hinter Katalysator pro Zeiteinheit"
    UWORD
    freq_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385102
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385102 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385102 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385102 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsanfdo_w
    "gesamter angeforderter Abgasenergiestrom"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x382280
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382280 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382280 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382280 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsanfkh_w
    "gesamter thermischer Abgasenergiestrom während Katalysatorheizen nach Start"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38557C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38557C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38557C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38557C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsanfkt_w
    "gesamter thermischer Abgasenergiestrom während Katalysatorheizen für Kurztest"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x3852A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3852A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3852A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3852A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsanfkw_w
    "gesamter thermischer Abgasenergiestrom während Katalysatorwarmhalten"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385568
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385568 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385568 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385568 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsanfsu_w
    "gesamter thermischer Abgasenergiestrom während Katheizen zum Entschwefeln"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38529E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38529E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38529E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38529E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsanftk_w
    "zusätzlicher Energiestrom zur aktiven Katalysatordiagnose"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384FD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsgesdo_w
    "koordinierter Abgasenergiestrom gefordert für Doppeleinspritzung"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x382282
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382282 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382282 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382282 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsgesmr_w
    "koordinierter Abgasenergiestrom gefordert für Momentenreserve"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385556
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385556 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385556 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385556 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsistdo_w
    "tatsächlicher Abgasenergiestrom bei Doppeleinspritzung"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x382284
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382284 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382284 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382284 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsistmr_w
    "tatsächlicher Abgasenergiestrom bei Momentenreserve"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385558
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385558 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385558 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385558 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsist_w
    "tatsächlicher Abgasenergiestrom"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38552A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38552A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38552A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38552A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsmatemp_w
    "maximaler Abgaswärmestrom, temperaturbegrenzt"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x382286
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382286 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382286 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382286 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsmaxdo_w
    "maximaler gesamter Abgasenergiestrom mit Doppeleinspritzung"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x382288
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382288 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382288 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382288 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsmidoot_w
    "minimaler gesamter Abgasenergiestrom mit Doppeleinspritzung ohne Taktung"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38228A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38228A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38228A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38228A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsmitemp_w
    "minimaler Abgaswärmestrom, temperaturbegrenzt"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38228C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38228C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38228C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38228C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsnodo_w
    "Abgaswärmestrom ohne Doppeleinspritzung"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38228E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38228E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38228E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38228E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsnomr_w
    "Abgaswärmestrom ohne Momentenreserve"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38555A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38555A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38555A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38555A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsrealdo_w
    "realisierbarer Abgasenergiestrom per Doppeleinspritzung"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x382290
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382290 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382290 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382290 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsrealmr_w
    "realisierbarer Abgasenergiestrom per Momentenreserve"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38555C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38555C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38555C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38555C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsreal_w
    "realisierbarer Abgasenergiestrom in momentaner BDE Betriebsart"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38552C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38552C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38552C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38552C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wstabmax_w
    "Maximaler Abgaswärmestrom bei aktuellem Abgasmassenstrom, temperaturbegrenzt"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x382292
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382292 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382292 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382292 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsumsdo_w
    "durch Doppeleinspritzung umgesetzter Abgasenergiestrom"
    UWORD
    leist_q2
    1
    100
    0
    131070

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x382294
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382294 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382294 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382294 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtahfm
    "A/D-Wert für Ansauglufttemperatur aus Signal im HFM"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38051B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtans
    "A/D-Wert für Ansauglufttemperatur tans"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38051C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtaus_w
    ""
    UWORD
    spg_uw_b5
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtka
    "A/D-Wert für TKA (Temperatur Kühlerausgang)"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38051D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtmot2_w
    ""
    UWORD
    spg_uw_b5
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtmot_w
    "A/D-Wert für tmot 10 bit"
    UWORD
    spg_uw_q0p00488
    1
    100
    0
    319.995

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380EA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtol
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wttdcyct
    "Zeit seit Fahrtbeginn für time windows"
    UWORD
    fak_uw_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x383FC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wttpos
    "aktuelle Position in der Window Time Tabelle"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383FCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383FCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383FCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383FCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtvesdel
    "Winkel der Vormagnetisierungszeit TVESDEL"
    SBYTE
    kw_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380801
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380801 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380801 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380801 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtvkat
    ""
    UBYTE
    spg_ub_q0p019
    1
    100
    0
    4.98047

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38051E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wub
    "Batteriespannung; vom AD-Wandler erfaßter Wert"
    UBYTE
    spg_ubatt
    1
    100
    0
    17.952

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38051F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wubiso_w
    "ADC-Wert der SG-Versorgungsspannung für Service $01 PID $42"
    UWORD
    spg_q0p001
    1
    100
    0
    65.535

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wubr
    "Batteriespannung über Hauptrelais; vom AD-Wandler erfaßter Wert"
    UBYTE
    spg_ub_b28p5
    1
    100
    0
    28.3815

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380520
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380520 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380520 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380520 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wubr_w
    "Batteriespannung über Hauptrelais ;  ADC- Wert (16Bit aus 10Bit-Erfassung)"
    UWORD
    spg_ub_b28p5_w
    1
    100
    0
    1823.51

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380EA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wub_w
    "Batteriespannung; vom AD-Wandler erfaßter Wert (16Bit aus 10Bit-Erfassung)"
    UWORD
    spg_ubatt_w
    1
    100
    0
    1153.42

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380EA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wuccnt
    "Warm-up cycle - counter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38325E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38325E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38325E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38325E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wuey_w
    "Winkel Übernahmezahn für Doppeleinspritzung BDE"
    UWORD
    kw_q0p75
    1
    100
    0
    49151.3

    
    FORMAT "%8.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380C3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wuhr
    "Ansteuerspannnung am HR-Pin"
    UBYTE
    spg_ub_b5
    1
    100
    0
    4.98047

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380521
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380521 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380521 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380521 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xfvisrm_w
    ""
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385360
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385360 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385360 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385360 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xkfmodi
    "Parameterkoordinate für die Aussetzermodi in KFMODI"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xqtm_w
    "Temperaturquotient"
    UWORD
    fak_uw_b16
    1
    100
    0
    15.9998

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385434
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385434 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385434 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385434 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xs
    "Segmentzeitverhältnis"
    UWORD
    kw_dmdfof1
    1
    100
    -180
    179.995

    
    FORMAT "%8.4"
    ARRAY_SIZE 3
    ECU_ADDRESS 0x38107A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38107A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38107A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38107A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xtkikm_w
    "Source für Kennlinie ILMLKATKX; wird gemäss Systemkonstante SY_BDE beschrieben"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.15
    1262.83

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385630
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385630 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385630 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385630 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzkrznt
    "Zähler Klopfregelung Zyklusflag Z_krnt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzkrzof
    "Zähler Klopfregelung Zyklusflag Z_krof"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzkrzs
    "Zähler für Zyklusflag Diagnose Klopfsensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 1
    ECU_ADDRESS 0x384E97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzkrztp
    "Zähler Klopfregelung Zyklusflag Z_krtp"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzsen
    "Entprellzähler Diagnose Klopfsensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 1
    ECU_ADDRESS 0x384E98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzskrnt
    "Sicherheitszähler Klopfregelung Nulltest"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzskrof
    "Sicherheitszähler Klopfregelung Offset"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzskrtp
    "Zähler Klopfregelung Errorflag E_krtp"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ykfmodi
    "Modekoordinate der Aussetzermodi in KFMODI"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zaabks_w
    "Zeit Anforderung Adaption BKS"
    UWORD
    t_q0p1
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385310
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385310 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385310 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385310 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zaldy
    "Zündungszähler für Abregelung Lastdynamik"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zalt_um
    "Zahnzählerwert des vorhergehenden Berechnungszeitpunkts im 40ms-Raster"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zatmahk_w
    "Zeitkonstante für die Temperaturverzögerung im vorderen Monolithen des Hauptkats"
    UWORD
    zk200msxs_uw_b13107
    1
    100
    0.200003
    13107.2

    
    FORMAT "%12.6"
    
    ECU_ADDRESS 0x3850C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zatmakg_w
    "Zeitkonst. für die Temp.verzögerung im vorderen Monolithen des Grenzkats (VK)"
    UWORD
    zk200msxs_uw_b13107
    1
    100
    0.200003
    13107.2

    
    FORMAT "%12.6"
    
    ECU_ADDRESS 0x3850CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zatmavk_w
    "Zeitkonstante für die Temperaturverzögerung im vorderen Monolithen des Vorkats"
    UWORD
    zk200msxs_uw_b13107
    1
    100
    0.200003
    13107.2

    
    FORMAT "%12.6"
    
    ECU_ADDRESS 0x3850CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zatmbhk_w
    "Zeitkonstante für die Temperaturverzögerung im hinteren Monolithen des Hauptkats"
    UWORD
    zk200msxs_uw_b13107
    1
    100
    0.200003
    13107.2

    
    FORMAT "%12.6"
    
    ECU_ADDRESS 0x3850CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zatmbkg_w
    "Zeitkonst. für die Temp.verzögerung im hinteren Monolithen des Grenzkats (VK)"
    UWORD
    zk200msxs_uw_b13107
    1
    100
    0.200003
    13107.2

    
    FORMAT "%12.6"
    
    ECU_ADDRESS 0x3850D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zatmbvk_w
    "Zeitkonstante für die Temperaturverzögerung im hinteren Monolithen des Vorkats"
    UWORD
    zk200msxs_uw_b13107
    1
    100
    0.200003
    13107.2

    
    FORMAT "%12.6"
    
    ECU_ADDRESS 0x3850D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3850D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3850D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3850D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zbeztafix
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zburn
    "Anzahl erkannter Verbrennungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zburnsu
    "Summe aller erkannten Verbrennungen während ZSYNABR"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zburnsum
    "Summe erkannter Verbrennungen im Start"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zcap_um
    "Zahnzählerwert des aktuellen Berechnungszeitpunkts im 40ms-Raster"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380476
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380476 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380476 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380476 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zdash1_w
    "Zeitkonstante PT1-Filter Dashpot"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.0100002
    655.36

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x3825C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zdash2_w
    "Zeitkonstante PT1-Filter Dashpot bei kleinem Kupplungsmoment"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.0100002
    655.36

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x3825CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zdash_w
    "Zeitkonstante Dashpot"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.0100002
    655.36

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x3825CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zdelay
    "Zahn-Delay-Zähler im Schnellstart"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF36B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF36B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF36B 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF36B INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zfcnt
    "Zähler Zahnflanken zur Messung der Fahrzeuggeschwindigkeit"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zflghmm
    "Flagbyte, daß anzeigt für welchen Zylinder HMM- Zündwinkel berechnet wurden"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A9D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zflghom
    "Flagbyte, daß anzeigt für welchen Zylinder HOM- Zündwinkel berechnet wurden"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zflgnorm
    "Flagbyte, zeigt an für welchen Zylinder HOM o. HMM- Zündwinkel berechnet wurde"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AAE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AAE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zflgsch
    "Flagbyte, daß anzeigt für welchen Zylinder SCH- Zündwinkel berechnet wurden"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AAF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AAF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AAF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AAF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zflutsn_w
    "Gefilterte Winkelbeschleunigung relativ zum Zündungsvorgänger normiert, Array"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381ED8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ED8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ED8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ED8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zfluts_w
    "Gefilterte Winkelbeschleunigung relativ zum Zündungsvorgänger für ZGST, Array"
    SWORD
    luquant
    1
    100
    -204.636
    204.63

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x381EE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381EE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381EE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381EE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zfzptafx
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D1F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgdffuv0_w
    ""
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38545C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38545C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38545C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38545C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgdffuv_w
    "Differenz normierter Reglereingriff und Vorsteuerung ZGST, Array"
    SWORD
    fak_sw_b1
    1
    100
    -1
    0.999969

    
    FORMAT "%8.6"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38545E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38545E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38545E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38545E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zghomh_w
    "gesteuerter ZGST-Homogeneingriffswert hohe Last, Array"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384BA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zghoml_w
    "gesteuerter ZGST-Homogeneingriffswert kleine Last, Array"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384BA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zghomm_w
    "gesteuerter ZGST-Homogeneingriffswert mittlere Last, Array"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384BB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgincvs_w
    "Inkrement des aktuellen Sektors des ZGST-Vorsteuerkennfeldes, Array"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x385466
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385466 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385466 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385466 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zginstat
    "Status des aktuellen Adaptionsschritt im aktuellen ZGST-Vorsteuerkennfeldsektor"
    SBYTE
    dez
    1
    100
    -128
    127

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380807
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380807 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380807 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380807 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zglim
    "Anschlagsvariable des Eingriffes der ZGST-Regelung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E31
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E31 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E31 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E31 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgoff
    "Error: Anschlagsvariable der ZGST-Wirkungsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E32 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E32 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgstresz
    "Resetzähler für Reset wegen %ZGST"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383988
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383988 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383988 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383988 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgst_w
    "ZGST-Eingriff, Array über alle Zylinder"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384FD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384FD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384FD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384FD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgsumui_w
    "Summe aller ZGST-Regler-I-Anteile"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38546E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38546E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38546E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38546E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zguhom_w
    "ZGST-Homogeneingriffswert, Array über alle Zylinder"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x385470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385470 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385470 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgui_w
    "ZGST-Regler I-Anteil, Array über alle Zylinder"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x385478
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385478 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385478 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385478 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgun_w
    "Normierter ZGST-Reglerausgang, Array über alle Zylinder"
    UWORD
    fak_uw_b2
    1
    100
    0
    1.99997

    
    FORMAT "%8.6"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x385480
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385480 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385480 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385480 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgup_w
    "ZGST-Regler P-Anteil, Array über alle Zylinder"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x385488
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385488 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385488 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385488 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zguv_w
    "Interpolierte ZGST-Vorsteuerung aus adapt. Kennfeld, Array über alle Zylinder"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x385490
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385490 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385490 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385490 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgu_w
    "ZGST-Reglerausgang, Array über alle Zylinder"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x385498
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385498 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385498 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385498 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgvcorr
    "Korrekturwert für ZGST-Reglerkreisverstärkung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E35
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E35 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E35 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E35 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgvkomp_w
    "Verfahrenskompensationswert ZGST"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3854A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3854A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3854A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3854A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgvmwh_w
    "Adaptionsmittelwert aus ZGST-Vorsteuerkennfeld für grosse Schicht-Last, Array"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384BB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgvmwl_w
    "Adaptionsmittelwert aus ZGST-Vorsteuerkennfeld für kleine Schicht-Last, Array"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384BC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgvmwm_w
    "Adaptionsmittelwert aus ZGST-Vorsteuerkennfeld für mittlere Schicht-Last, Array"
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384BC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgzy0akf
    ""
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 15
    ECU_ADDRESS 0x384BD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgzy1akf
    ""
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 15
    ECU_ADDRESS 0x384BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgzy2akf
    ""
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 15
    ECU_ADDRESS 0x384C0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgzy3akf
    ""
    SWORD
    fak_q1p526Em5
    1
    100
    -0.5
    0.499985

    
    FORMAT "%9.7"
    ARRAY_SIZE 15
    ECU_ADDRESS 0x384C2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgzyidx
    "aktueller Kennfeldsektor der ZGST-Vorsteuerung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhklsu
    "Zähler Heizerkopplung LSU"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhkocvm
    "Anzahl der Heizereinkopplungen bei hohem Ri"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhll_w
    "Zeitzähler für Heißleerlauf"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0
    13107

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383BD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383BD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383BD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383BD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhlpks
    "Hilfszyklusflag: Klopfsensor"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384E99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkdsebks_w
    "Zeit statischer Fehlerzustand Kraftstoffdrucksensor"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385324
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385324 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385324 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385324 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkfrat_w
    "Zeitkonstante der FRAT-Adaption"
    UWORD
    zk200msxs_uw_b5
    1
    100
    0
    4.99992

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385422
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385422 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385422 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385422 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkpsxs_w
    "Zeitkonstante zur Filterung von psxs_w für ps-Regler"
    UWORD
    zk20msxs_uw_b1310
    1
    100
    0.0200003
    1310.72

    
    FORMAT "%12.7"
    
    ECU_ADDRESS 0x381D2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381D2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381D2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381D2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkrfmu
    "Zähler Filtermittenfrequenzumschaltung, KR"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380869
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380869 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380869 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380869 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkrvf
    "Zähler, bestimmt die Frequenz der zyl.-individuellen Zündwinkelfrühverstellung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3808BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkvek
    "Shiftkonstante für die Zündmaskenberechnung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF25E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF25E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF25E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF25E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkwnpbm_w
    "Zähler für Anzahl von Umdrehungen von Init. oder Löschen des Fehlerspeicher"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381342
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381342 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381342 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381342 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlash_w
    "Zeitzähler für Sondenspannung hinter KAT ober/unterhalb des Sollwertes"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38525C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38525C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38525C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38525C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zldyke_w
    "Zündungszähler für Lastdynamik => Klopferkennung"
    UWORD
    dez
    1
    100
    0
    5000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zldy_w
    "Zündungszähler für Lastdynamik"
    UWORD
    dez
    1
    100
    0
    5000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlkd
    "Zustand Kick-Down-Lernen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zllptafx
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D20 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D20 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlrhzpif_w
    "ZPR-Version: Integratorsteigung im ""Fetten"""
    UWORD
    fak_uw_b0p05
    1
    100
    0
    0.0499992

    
    FORMAT "%10.8"
    
    ECU_ADDRESS 0x3828F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlrhzpim_w
    "ZPR-Version: Integratorsteigung im ""Mageren"""
    UWORD
    fak_uw_b0p05
    1
    100
    0
    0.0499992

    
    FORMAT "%10.8"
    
    ECU_ADDRESS 0x3828F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3828F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3828F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3828F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlrs
    "Verzögerungszeitkonstante der Lambdaregelstrecke"
    UBYTE
    zk10msxs_ub_b2p56
    1
    100
    0.0100392
    2.56

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlrs_w
    "Verzögerungszeitkonstante der Lambdaregelstrecke, 16 bit"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.0100002
    655.36

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x382852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlsdv_w
    "Zeitkonstante PT2-Filter Lastschlagdämpfung vor Reduktion"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.0100002
    655.36

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x3825CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlsd_w
    "Zeitkonstante PT2-Filter Lastschlagdämpfung"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.0100002
    655.36

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x3825D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3825D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3825D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3825D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zmissch_w
    "Anzahl der Aussetzer im Schichtbetrieb"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zmnbks_w
    "Zeitgrenze Min-Fehler BKS"
    UWORD
    t_q0p02
    1
    100
    0
    1310.7

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385326
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385326 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385326 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385326 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zn2zksucc
    "Zeiger auf den  gezündeten Zündkreis 2tes Zündereignis"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF280
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF280 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF280 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF280 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zn2zkvek
    "Nächster zu zündender Zündkreis 2tes Zündereignis"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF282
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF282 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF282 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF282 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znachanz
    "Anzahl der Zündungen im Nachlauf"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384EE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384EE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384EE6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384EE6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znbm_w
    "Zähler Zahninterrupt (word)"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFE50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFE50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFE50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFE50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zndact
    "Flagbyte Ladephase aktiv"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF25F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF25F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF25F 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF25F INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zndsucc
    "Flagbyte Zündung erfolgt"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF260 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF260 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zndy_w
    "Zündungszähler für Drehzahldynamik"
    UWORD
    dez
    1
    100
    0
    5000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3822EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znlphnsyn
    "Anzahl Umsynchronizationen bei Phasensuche im Betrieb"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znplbks_w
    "Bedingung I-Anteil oder Adaptionswerte der BKS außerhalb der Grenzen"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0
    6553.5

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385328
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385328 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385328 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385328 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znzksucc
    "Zeiger auf den  gezündeten Zündkreis"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF284
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF284 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF284 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF284 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znzkvek
    "Nächster zu zündender Zündkreis"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF286
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF286 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF286 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF286 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zouttmx
    "Maximale Programmlaufzeit von der TR Marke bis Ende AZUE"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF288
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF288 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF288 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF288 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphfl
    "Zähler äquidistante Phasenflanken"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphflsyn
    "Phasenflankenzähler bei Erkennen der Motorposition im Notlauf DG"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380603
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380603 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380603 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380603 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphflx
    "Zähler äquidistanter Phasenflanken von %WANWKW"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380604
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380604 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380604 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380604 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphnok
    "Zähler Fehler auf Phasensignal"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrph
    "Zähler Raster Phasensignal"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsa
    "Zähler Schubabschaltung für NOx-Sensor-Offsetermittlung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zstfgr
    "Zustand Fahrgeschwindigkeitsregler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380701
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380701 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380701 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380701 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsynchro
    "Anzahl Zündungen bis Auswertung der Verbrennungen"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsync_um
    "Kennung für Synchronisation in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38097A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsyndelc
    "Zähler Verzögerung Verbrennungserkennung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsynph
    "Zähler für Anzahl Umdrehungen bis Lastschlagabfrage durchgeführt wird"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsynsu
    "Zündungszähler für Begrenzung Startmengenadaption"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ztggbks_w
    "Filterzeitkonstante Niederdruckerfassung"
    UWORD
    zk20msxs_uw_b1310
    1
    100
    0.0200003
    1310.72

    
    FORMAT "%12.7"
    
    ECU_ADDRESS 0x381A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ztpnt_a
    "KR: Zähler für die Freigabe von Nulltest oder Testimpuls"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380871
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380871 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380871 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380871 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zttm_w
    "Filterzeitkonstante HDP-Temperaturmodell"
    UWORD
    zk100msxs_uw_b6553
    1
    100
    0.100002
    6553.6

    
    FORMAT "%12.7"
    
    ECU_ADDRESS 0x385312
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385312 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385312 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385312 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zubkst
    "Zähler: UBatt < UBKST"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zueninkr
    "Inkrementverfeinerung Zündwinkel"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF261
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF261 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF261 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF261 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zueninkr2
    "Inkrementverfeinerung Zündwinkel 2tes Zündereignis"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF262
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF262 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF262 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF262 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zueninkr_r
    "Inkrementverfeinerung Zündwinkel Absolutwinkel"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF263
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF263 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF263 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF263 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuentmx
    "Maximale Laufzeit von der TR-Marke bis zur Berechnung des Zündereignisses"
    UWORD
    tsegment_sy
    1
    100
    0
    52.428

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF28A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF28A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF28A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF28A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuenzahn
    "Zündwinkel in Zahnquantisierung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF264
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF264 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF264 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF264 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuenzahn2
    "Zündwinkel in Zahnquantisierung 2tes Zündereignis"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF265
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF265 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF265 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF265 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuenzahn_r
    "Zündwinkel in Zahnquantisierung als Absolutwinkel bzgl TR-Marke Zyl. 0"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF266
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF266 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF266 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF266 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuen_beg
    "Zylinder, bei dem erste Einspritzung stattgefunden hat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw1_uc
    "Ausgabe-Zündwinkel ohne Lambakorrekturen (1.Bank)  im Befehlstest"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw1_um
    "Ausgabe-Zündwinkel ohne Lambakorrekturen (1.Bank)  in der Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380417
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380417 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380417 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380417 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw2_uc
    "Ausgabe-Zündwinkel (2.Bank) ohne Lambakorrekturen im Befehlstest"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw2_um
    "Ausgabe-Zündwinkel (2.Bank) ohne Lambakorrekturen  in der Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380418
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380418 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380418 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380418 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwagr
    "Zündwinkel für HOM + AGR- Betrieb = zwnws + dzwkgagr"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A76 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A76 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwbas
    "Basiszündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF4C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4C2 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4C2 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwbasar
    "Basiszündwinkelarray"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380A99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwbuf
    "Zwischenwert von ZWIST"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwcalcar
    "Zündwinkel-Ausgabe Array"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380AB1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwcont
    "Zündwinkel, während ZW- Rampe aktiv"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A77
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A77 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A77 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A77 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwcontagr
    "ZW, wenn ZW-Rampe aktiv"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A78 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A78 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwc_c_um
    "Fehlerzähler für Zündwinkelüberwachung in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380419
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380419 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380419 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380419 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwdynsh
    "Zähler für Anzahl der Dynamikmessungen für Sonde hinter KAT"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D83
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D83 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D83 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D83 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwdynshno
    "Zähler für Anzahl der Dynamikmessungen für Sonde hinter KAT für BDE"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwfsonox
    "Zähler für Anzahl der Fehlermessungen für Sonde hinter KAT für BDE"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D85
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D85 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D85 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D85 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwgru
    "Grundzündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A79
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A79 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A79 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A79 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwgruhmm
    "Grundzündwinkel für HMM- Mode während umschalten zwischen HOM und HMM"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A7A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A7A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwist
    "Ist-Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF4C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4C4 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4C4 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwkfzw
    "Grundzündwinkel aus KFZW"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A7B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A7B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A7B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A7B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwkfzwhks
    "Zündwinkel aus KFZWHKS"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A7C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A7C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwkrafld
    "Bitmuster des zyl.ind. abgelegten B_zwkra"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4C5 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4C5 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwlate
    "Spätester Zündwinkel nach Motorschutzplausibilisierung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwlimar
    "Array für frühest möglichen Zündwinkel zwlim"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380A9F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmatma
    "Zähler für Wiederholstart ohne Taupunktende erreicht für Sonde vor Kat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F6B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F6B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F6B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F6B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmatmk
    "Zähler für Wiederholstart ohne Taupunktende erreicht für Sonde hinter Kat"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383F6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383F6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383F6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383F6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmn
    "Spätester Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A68 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A68 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmnd
    "dynamisch spätest zulässiger Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A69
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A69 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A69 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A69 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmnms
    "dauerhaft spätest möglicher Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmnnst
    "Spätest möglicher Zündwinkel Start /  Nachstart"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A6B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmnt
    "Zündwinkel der Brenngrenze plus Temperatur- und Dynamikkorrektur"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmnum
    "Spätwinkel bei Betriebsartenwechsel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwnorm
    "aus Funktionsblock B_ZWRAMPA_CLEAR"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A7D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A7D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A7D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A7D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwnws
    "Grundzündwinkel mit Berücksichtigung von Nockenwellensteuerung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwnwsnorm
    "Grundzündwinkel  von Auslaß- Nockenwellensteuerung auf Spätanschlag"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwopt
    "optimaler Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380948
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380948 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380948 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380948 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoptl1
    "optimaler Zündwinkel bei Lambda=1"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380949
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380949 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380949 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380949 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoptl1hks
    "optimaler Zündwinkel für Betriebsart Homogen Klopfschutz (HKS)"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38094A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38094A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38094A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38094A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoptl1hom
    "optimaler Zündwinkel für Betriebsart Homogen"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38094B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38094B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38094B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38094B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwopt_uc
    "optimaler Zündwinkel im Befehlstest"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwopt_um
    "optimaler Zündwinkel in der Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwout
    "Zündwinkel-Ausgabe"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF4C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4C6 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4C6 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoutakt
    "Zündwinkel-Ausgabe : tatsächlich im aktuellen Segment ausgegebener Winkel"
    UBYTE
    zw_TR2OT_sy
    1
    100
    -119.25
    72

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF267
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF267 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF267 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF267 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoutar
    "Zündwinkel-Ausgabe Array"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF268
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF268 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF268 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF268 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoutcpl
    "Einerkomplement des Zündwinkels für die Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwout_uc
    "Ausgabe-Zündwinkel im Befehlstest"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwout_um
    "Ausgabe-Zündwinkel für die Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwramp
    ""
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwsch
    "Zündwinkel im Schichtbetrieb"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380798 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380798 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwselar
    "Array für nach Früh- und Spätbegrenzung selektierten Zündwinkel zwsel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380AA7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AA7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AA7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AA7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwsol
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384D21
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D21 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D21 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D21 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwsolar
    "Array Soll-Zündwinkel aus Momenteneingriff"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x380A5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwspae
    "Spätester Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwspaehks
    "spätester Zündwinkel (HSP-light), nach ZWMIN14.60 zwspaehsp genannt"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwstnm
    "Startzündwinkel nmot-abhängiger Anteil"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwstt
    "Zündwinkel im Start"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A82 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A82 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwstta
    "Startzündwinkel tans-abhängiger Anteil"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A83
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A83 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A83 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A83 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwstzztm
    "Startzündwinkel, zzaehl_w- und tmst-abhängiger Anteil"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwzyl1
    "Zündwinkel Zylinder 1"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw_pointer
    "Interner Zylinderzähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AB7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw_zzylbeg
    "Startwert für Schleife interner Zylinderzähler zkcounter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw_zzylend
    "Endwert für Schleife interner Zylinderzähler zkcounter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zyleausb
    "auszublendender Zylinder; binäre Darstellung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zylindex
    "Zylinderzähler für Klopfauswerte-IC Ansteuerung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380872 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380872 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zylvirt
    "Stand Zylinderzähler vor Umsynchronisation aus Schnellstart"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zylzab
    "bankspezifische Zylinderzahl relevant für Einzelzylinder-Lambda"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38081E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38081E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38081E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38081E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzaehl
    "Zündungszähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A89
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A89 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A89 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A89 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzaehl_w
    "Zündungszähler"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzale_ini
    "Initialisierungswert Zahnzähler zzseg bei aktiver Auslauferkennung (B_ale)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzbank
    "Zylinderzuordnung zu Einspritzbänken"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzesab
    "Zahnzähler für Einspritzabbruch"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzseg
    "Zahnzähler im Segment"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xFEC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFEC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFEC4 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFEC4 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zztab
    "Zahnzeitentabelle"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 34
    ECU_ADDRESS 0xF378
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF378 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF378 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF378 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzuend
    "Zähler Zündung, zählt alle Zündungen aller Zylinder"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x383A32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzuendsch
    "Zähler Zündung, zählt alle Zündungen aller Zylinder im Schichtbetrieb"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x383A36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzvirt
    "virtueller Zahnzähler im Start bis zur Synchronisation"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzwdykr
    "Zündungszähler bei gesetztem Bit B_zwkra=1 während der KR-Dynamik"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3822FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzwdymd
    "Zündungszähler bei nicht gesetztem Bit B_zwkra=0 während der KR-Dynamik"
    UWORD
    dez
    1
    100
    0
    65535

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3822FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3822FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3822FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3822FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyl
    "SW-Zylinderzähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF36C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF36C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF36C 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF36C INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylBas
    ""
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF21E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF21E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF21E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF21E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylbeg
    "Startwert für Schleife interner Zylinderzähler zkcounter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AA3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AA3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AA3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AA3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylbi
    "SW-Zylinderzähler im 2. Synchro"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A2B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyldmd
    "SW-Zylinderzähler für DMD"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylend
    "Endwert für Schleife interner Zylinderzähler zkcounter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AA4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AA4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylh
    "Zylinderzähler für Homogeneinspritzung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4AA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4AA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylkr
    "Zylinderzähler der Klopfregelung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380873
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380873 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380873 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380873 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylkra
    "Zylinderzuordnung geführte Zylinder"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3808D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylkr_neu
    "Zwischenspeicher für den KR-Zylinderzähler"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380874
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380874 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380874 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380874 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyllfb
    "SW-Zylinderzähler für DMD"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylnmctr
    "Interner Zähler, für Zylinder mit Zündwinkel für neuen Modus"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AA5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AA5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AA5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AA5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyls
    "Zylinderzähler für Schichteinspritzung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4AB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4AB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylstart
    "Startwert für Schleife interner Zylinderzähler zkcounter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AAB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AAB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AAB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AAB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylstop
    "Endwert für Schleife interner Zylinderzähler zkcounter"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AAC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AAC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylzue
    "SW-Zylinderzähler für Zündungsberechnung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylzueold
    "Alter Wert SW-Zylinderzähler für Zündungsberechnung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AA6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AA6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyl_virt
    "Initialisierungswert Zylinderzähler bei aktiver Auslauferkennung (B_ale)"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380601
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380601 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380601 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380601 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_aaa
    "Dummy: Tabellenanfang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_aatun
    "Zyklusflag: Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_agre
    "Zyklusflag: Abgasrückführungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_agrl
    "Zyklusflag: AGR-Ventil Lagesensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_agrs
    "Zyklusflag: Diagnose AGR-System"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_agrv
    "Zyklusflag: Diagnose AGR-Ventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_atnv
    "Zyklusflag: Abgastemperatur hinter dem Vorkatalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_bks
    "Zyklusflag: Bedarfsgeregeltes Kraftstoffsystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_bkse
    "Zyklusflag: Diagnose Endstufe BKS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_bm
    "Zyklusflag: Bezugsmarkengeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_brems
    "Zyklusflag: BREMS (Bremsschalter)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_bwf
    "Zyklusflag: PWG Bewegung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cair
    "Zyklusflag : Timeout Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cairp
    "Zyklusflag : Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cas
    "Zyklusflag: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cat
    "Zyklusflag: CAN-Schnittstelle, Timeout Bremsbotschaft setzen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cbsg
    "Zyklusflag : Botschaft BSG"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cge
    "Zyklusflag: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cgra
    "Zyklusflag : Timeout GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cif
    "Zyklusflag: CAN-Schnittstelle, interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cins
    "Zyklusflag: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ckla
    "Zyklusflag: CAN-Kommunikation zum KLA-SG gestört"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dk
    "Zyklusflag:	DK - Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dk1p
    "Zyklusflag: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dk2p
    "Zyklusflag: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dpl
    "Zyklusflag:	Dauerplus"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dpupsr
    "Zyklusflag: Differenz zwischen Umgebungsdruck und Saugrohrdruck"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dsbkv
    "Zyklusflag: Bremskraftverstärker-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dskv
    "Zyklusflag: Hochdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dss
    "Zyklusflag: Saugrohr-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dsu
    "Zyklusflag: Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dsv
    "Zyklusflag: Drucksteuerventil"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvee
    "Zyklusflag: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvef
    "Zyklusflag: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvefo
    "Zyklusflag: DV-E-Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvel
    "Zyklusflag: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dven
    "Zyklusflag: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dver
    "Zyklusflag: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvet
    "Zyklusflag: DV-E-Tauscherkennung ohne Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dveu
    "Zyklusflag: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dveub
    "Zyklusflag: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dveuw
    "Zyklusflag: Fehler bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvev
    "Zyklusflag: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dylsu
    "Zyklusflag: Dynamikdiagnose der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    z_flags_uc
    "Byte für Status-Bits beim 2-SG-Konzept im Befehlstestes"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380979
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380979 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380979 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380979 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    z_flags_um
    "Byte für Status-Bits beim 2-SG-Konzept in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0
    255

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380407
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380407 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380407 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380407 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_fp1p
    "Zyklusflag: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_fp2p
    "Zyklusflag: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_fpp
    "Zyklusflag Fahrpedal-Poti"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_fra
    "Zyklusflag:LR-Adaption multiplikativ"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frst
    "Zyklusmeldung Diagnose Kraftstoffversorgungssystem (Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_gecod
    "Zyklusflag Getriebe-Codierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_grbh
    "Zyklusflag: GRA Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevh1
    "Zyklusflag: Hochdruck-EV 1 High-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevh2
    "Zyklusflag: Hochdruck-EV 2 High-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevh3
    "Zyklusflag: Hochdruck-EV 3 High-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevh4
    "Zyklusflag: Hochdruck-EV 4 High-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevk
    "Zyklusflag: HDEV-Endstufe, Kommunikation"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevl1
    "Zyklusflag: Hochdruck-EV 1 Low-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevl2
    "Zyklusflag: Hochdruck-EV 2 Low-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevl3
    "Zyklusflag: Hochdruck-EV 3 Low-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdevl4
    "Zyklusflag: Hochdruck-EV 4 Low-Side-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hdr
    "Zyklusflag: Raildruckregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_helsu
    "Zyklusflag Fehlerpfad HELSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hla
    "Zyklusflag: Gebergröße Heizleistungsanforderung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hnohk
    "Zyklusflag HNOHK"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hnohke
    "Zyklusflag HNOHKE"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hre
    "Zyklusflag: Hauptrelaisentstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsh
    "Zyklusflag:Lambdasonden-Heizung hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsv
    "Zyklusflag:Lambdasonden-Heizung vor Katalysator"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsve
    "Zyklusflag:Lambdasonden-Heizung vor Katalysator (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsvsa
    "Zyklusflag:  reduzierte  LSU-Heizung oder LSU-Kennlinie abgeflacht"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_iclsu
    "Zyklusflag: Auswerte-IC für die LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kat
    "Zyklusflag:	Katalysator-Konvertierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra01
    "Zyklusflag: Klopfregelanschlag Zylinder 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra02
    "Zyklusflag: Klopfregelanschlag Zylinder 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383ADE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383ADE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383ADE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383ADE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra03
    "Zyklusflag: Klopfregelanschlag Zylinder 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra04
    "Zyklusflag: Klopfregelanschlag Zylinder 4"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_krnt
    "Zyklusflag: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_krof
    "Zyklusflag: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_krtp
    "Zyklusflag: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ks1
    "Zyklusflag: Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kuppl
    "Zyklusflag: Kupplung betaetigt"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lash
    "Zyklusflag:Lambda-Sondenalterung hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lbk
    "Zyklusflag: Ladungsbewegungsklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lbke
    "Zyklusflag: Endstufe Ladungsbewegungsklappe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lbko
    "Zyklusflag: Endstufe Ladungsbewegungsklappe Offset-Adaption"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lbkp
    "Zyklusflag: Endstufe LBK Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lghmm
    "Zyklusflag: Diagnose-Laufgrenze-homogenmager"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_llrh
    "Zyklusbit Leerlaufdiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_llrm
    "Zyklusbit Diagnose Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lm
    "Zyklusflag:	LMM/HLM/HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsh
    "Zyklusflag: Lambda-Sonde hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuia
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond IA"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuip
    "Zyklusflag:  Leitungsunterbrechung an ip"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuks
    "Zyklusflag:  Kurzschluß Sondenleitung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuun
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond UN"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuvm
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond VM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsv
    "Zyklusflag: Lambda-Sonde vor Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lues1e
    "Zyklusflag: Lüftersteuerung 1 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lues2e
    "Zyklusflag: Lüftersteuerung 2 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lzsr
    "Zyklusflag: Leck zum Saugrohr"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md
    "Zyklusflag: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md00
    "Zyklusflag: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md01
    "Zyklusflag: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md02
    "Zyklusflag: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md03
    "Zyklusflag: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_mdb
    "Zyklusflag: Momentenbegrenzung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_mdsch
    "Zyklusflag: Aussetzer in Schichtbetrieb"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_msve
    "Zyklusflag: Diagnose Endstufe MSV"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_n
    "Zyklusflag: Drehzahlsignalgeber"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_nohk
    "Zyklusflag: elektrische NOx-Sensordiagnose hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_nohkp
    "Zyklusflag NOHKP"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_nwkw
    "Zyklusflag: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_nx
    "Zyklusflag: NMAX - Überschreitung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ora
    "Zyklusflag:LR-Adaption additiv"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ph
    "Zyklusflag: Phasensensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_pllsu
    "Zyklusflag: Plausibilität der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_salsu
    "Zyklusflag: Schubabgleich LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_scr
    "Zyklusflag: CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_sgeep
    "Zyklusflag: Steuergerät defekt (EEPROM)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_sgeew
    "Zyklusflag: Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_skno
    "Zyklusflag: Speicher-Katalysator, mit NOx-Sensor"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ta
    "Zyklusflag: TANS"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tahfm
    "Zyklusflag: Ansaugluft-Temperatur aus Sensor im HFM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tankl
    "Zyklusflag: OBDII Fehler auf Grund eines leeren Tanks"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tes
    "Zyklusflag: Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_teve
    "Zyklusflag:	Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_TKA
    "Zyklusflag Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tm
    "Zyklusflag:	TMOT"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tmki
    "Zyklusflag: Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tum
    "Zyklusflag: Umgebungstemperatur TUM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ub
    "Zyklusflag:	UB"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ubr
    "Zyklusflag: Bordnetzspannung über Hauptrelais UBR"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufmv
    "Zyklusflag: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufnc
    "Zyklusflag: Funktionsüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufpr
    "Zyklusflag: Fktüberwachung: Kraftstoffdrucksensor-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufrkc
    "Zyklusflag: Funktionsüberwachung: Lambda-Plausibilisierung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufrlip
    "Zyklusflag: Funktionsüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufsga
    "Zyklusflag: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufsgb
    "Zyklusflag: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufska
    "Zyklusflag: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufspsc
    "Zyklusflag: Funktionsüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ulsu
    "Zyklusflag: Spannungsdiagnose der LSU"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_urram
    "Zyklusflag: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_urrom
    "Zyklusflag: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_urrst
    "Zyklusflag: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_vfz
    "Zyklusflag: Fahrzeug-Geschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_vtk
    "Zyklusflag: Thermische Katalysatordiagnose"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_wfs
    "Zyklusflag: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_wfsrc
    "Zyklusflag: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet1
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet2
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet3
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet4
    ""
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zgst00
    "Zyklusflag: Zylindergleichstellung Zylinder (zzyl=0)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zgst01
    "Zyklusflag: Zylindergleichstellung Zylinder (zzyl=1)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zgst02
    "Zyklusflag: Zylindergleichstellung Zylinder (zzyl=2)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zgst03
    "Zyklusflag: Zylindergleichstellung Zylinder (zzyl=3)"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zzz
    "Dummy: Tabellenende"
    UWORD
    B_TRUE
    1
    100
    0
    1

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin FUNCTION

    AAGRDC
    "3.60      MED7-Master DC-Ansteuerung AGR-Ventil"

    /begin DEF_CHARACTERISTIC
      AGRGRZ AGRH AGRHMN AGRHMX AGRIAMAX AGRK
      AGRKD0 AGRKD1 AGRKDU0 AGRKDU1 AGRKDU2 AGRKI0
      AGRKI1 AGRKIU0 AGRKIU1 AGRKIU2 AGRKLIANT AGRKP0
      AGRKP1 AGRKPU0 AGRKPU1 AGRKPU2 AGRKREIS AGRKREISST
      AGRPIDMN AGRPIDMX AGRPULLDW AGRPUMAMX AGRPWUMA AGRUBSOLL
      AGRUMABAND AGRUMAIINI AGRVPLOW AGRVPN AGRVPPWR AGRVPSAP
      AGRVPSAPS AGRVPSAV AGRVPUN AGRVPZU CWAAGRDC DANTGESW
      DANTSCHW FUBAGR TDAGRK TDAGRR TDAGRRLOW TDPULLDW
      TPWRSAV TVAGRHN TVAGRHS TVAGRHX TVAGRKZU UBAAGRMN
      UBAAGRMX ZTAGRHYS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      agrvpa_w agrvpsa_w agrvps_w agrvp_w B_agr B_agraden
      B_cwagrap B_disagr B_st nmot ubsqf
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      agrvpsol_w B_aagrubok B_agrdcoff B_agrh B_agrk B_agrkzu
      B_pwron B_taagr taagr taagr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      aagrdcps agrdant_w agrdi_w agrhys_w agriamax_w agriant_w
      agrkd_w agrki_w agrkomp_w agrkp_w agrndif_w agrpant_w
      agrpid_w agrsol_w agrvpalt_w B_dtuma B_pwrsav dtaagr_w
      dtagruma_w taagrh_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ADAGRLS
    "Adaption Lagesensor AGR-Ventil"

    /begin DEF_CHARACTERISTIC
      ADAGRVPMN ADAGRVPMX ADAGRVPSA ADTAAGRMN AGRADNMX AGRTAADMN
      AGRTMADMN AGRTMADMX AGRUBADMN AGRVPSAT CWADAGR DUAGROMX
      KUAGRLRN KUAGRLRN2 OFAGRVT TADLRNFG TADLRNFGA TADLRNST
      TLRNAUF TWADAGR UAGRAUFRP UAGROEL UAGROMAX UAGROMIN
      UAGRPLOS UAGRPMAX UAGRPTOL UAGRSTORE UAGRSTOREN UAGRZURP
      UAGRZURP2 VPOINIT ZKUAGRO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      agrvp_w B_agr B_fa B_faadagl B_ofagrmn B_ofagrmx
      B_pwf B_pwron B_pwrsav B_stend B_taagr nmot
      taagr_w tans tmot ubsqf uuagrvp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      agrvpsa_w B_adagrvk B_adagrvko B_agraden B_agrvtv B_eagrof
      uagrvpo_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      agrdccase alrntim blrntim B_adagren B_adagvpy B_adlrnakt
      B_adlrnerf B_adlrnfg B_adlrnfga B_adlrnwn B_adlrnws B_adumae
      B_agrvpuma B_ofagrnl B_ofagrns B_ofagrvt B_ofagrvta B_umaabr
      B_umastart B_umawait lrnstepa lrntima sumuagro_w tbadagr_w
      uagroa_w uagrvpoa_w uagrvpon_w uagrvpor_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ADC
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      iasp1plaus_w iUipoti1_w iUipoti2_w iUspoti1_w iUspoti2_w S_fgrat
      uadres uboosmess udkp1v_w udkp1_w udkp2_w udsbkv_w
      udsl_w udss_w udst_w udsu_w uggtnvk_w uhepoti
      uhnohk uhsv uhsv2 ukdsbks_w ulbkist_w upr1ms_w
      upwg1_w upwg2_w urinlsu_w utmot3_w utoel uuagrvp_w
      uulsuv_w uunohk_w uuo2nohk_w uurinohk_w uushk_w uuvpnohk_w
      uuvsnohk_w u_immo wanmil wtahfm wtans wtaus_w
      wtka wtmot2_w wtmot_w wtvkat wub wubr
      wubr_w wub_w wuhr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ADVE
    "3.60      Ansteuerung der DV-E mit dem DLR"

    /begin DEF_CHARACTERISTIC
      CWDKNOLU CWDLRIKL DANTGESWNV DANTGESWV DANTSCHWNV DANTSCHWV
      DKLAGERT DLRDWDKSS1 DLRDWDKSS2 DLRHAFTMN DLRHAFTST DLRIAMAXA
      DLRIKLPAR DLRININI DLRKDONLP0 DLRKDUNLP0 DLRKDUNLP1 DLRKDUNLP2
      DLRKDUNLP3 DLRKIONLP0 DLRKIUNLP0 DLRKIUNLP1 DLRKIUNLP2 DLRKIUNLP3
      DLRKPONLP0 DLRKPUNLP0 DLRKPUNLP1 DLRKPUNLP2 DLRKPUNLP3 DLRKREIS
      DLRKREISST DLRNLPD DLRPID0T DLRPID1T DLRPID2T DLRPIDMAX
      DLRPIDMIN DLRUBSOLL DLRUMABAND DLRUMAIINI DVEEST DWDKSBAMX
      DWDKSIKLS KDLRIDDVE TDKLAGDE TDLRHAFTMX TDLRPIDC TPWRSV
      TWDKNL UDKNLPTOL WDKBEWS WDKNLPTOL WDKREIB WDKSAPNOL
      WDKSTFEIN WDKSTGROB ZKUBDLR ZKWDKSPT1
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dcdisr B_dkaden B_dknolu B_dknot B_dkp1e B_dkp2e
      B_dkpiu B_dlrien B_dveeson B_i_ska_um B_kl15 B_lrnrdy
      B_nldve B_nmin B_nmot B_pwf B_st B_wdk1v
      B_wdk2sel dynPeriod nmot ub ubrsq udknlp1
      udknlp2 udkp1_w udkp2_w wdkada_w wdkba_w wdknlp_w
      wdks_w wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_apnoluv B_appnolu B_dcdisfr B_dlrbe B_dlrparc B_dlrpide
      B_dlrspid B_dlrumzu B_dveese B_dveesh B_dvete B_nlpne
      B_pwrsv B_ubdve B_ubpvg B_ub_ok B_wdksive dklagerc
      dlrspid_w dpwrsvc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dkbew B_dlrikla B_dlriklst B_iklrest B_iklstar B_wdksauf
      dlrd dlrhaftak dlri dlriamax dlriant_w dlrihaftc
      dlriklst_w dlrikl_w dlrini_w dlrkomp dlrndif_w dlrp
      dlrpidc dlrubrsq dveesc dwdkdlr_w gwdkdlr_w gwdk_kge
      twdknlc ubdedis ubdeen wdkdlra_w wdkdlr_w wdksfi_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AEKP
    "8.20      Ausgabe EKP-Ansteuerung"

    /begin DEF_CHARACTERISTIC
      ANZEKPVLMX PEKP TAPVLTM TNLEKPVL TZMIN TZZMX
      UBSTS VKSTEBF VKSTPVLAB VKSTPVLNL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abstnlgp B_airbag B_kstebf B_nachlend B_nmot B_stend
      B_uhrrmin B_uhrrsec tabst_w tmotab tnachl_w ubsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ekp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      aekp8bits anzekpvl B_ekpd B_ekps B_ekpvl B_ekpvla
      B_ekpvlz B_pvlab B_pvlnl B_tooth dekpub vkst_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AEV
    "2.10      Ausgabe Einspritzung BDE"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_esanf0 B_esanf1 B_esanf2 B_esanf3 B_noesab B_notooref
      grundwert nmot_w tboost_w tixh tix_w tiy_w
      tr_zahn2bi tr_zahn2bi_of tr_zeitbi tr_zeitbi_of twtiy_w wesab
      wesbx_w wesby_w wuey_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzesab B_esaktiv0 B_esaktiv1 B_esaktiv2 B_esaktiv3 esaktiv
      stateReEV0 stateReEV1 stateReEV2 stateReEV3
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      aevSynState aevsynts_w aevsynt_w aevZylInjActS anzesb anzesbkorr
      anzsp B_esabprep B_esbpa B_esbpaakt chkesbt_w esbpaisr_w
      esbpat_w esbtime_w esb_inkr stateEV TooBas_w tooreft_w
      zzesab zzylBas
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AEVAB
    "6.90      Ausgabe Einspritzung Ev-Ausblendung"

    /begin DEF_CHARACTERISTIC
      CWEVAB REDABM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abmhdev anzeausb B_dkuevab B_faevz B_kas B_phsnl
      devoff flgstinj_w flgtiab redsol zyleausb zzyl
      zzylbi
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmf B_dmdstop B_nlphea eevx evz_aus fevab
      stateaevab
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzeab B_fophsnl B_frdph B_nlpheai dmdevab evrbgn_one
      fevabe fevabkas redsolr redsol_one tvrnr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AEVABU
    "3.20      Ausgabe EV-Abschaltung durch Überwachungsfunktionen bei EGAS"

    /begin DEF_CHARACTERISTIC
      DNMAXH DNSKAZ NMXDAE NMXMDSKA TNLZOFF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_dkpu nmot_w wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_evabu B_nlzoff ndcdis_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AEVABZK
    "1.40      Ausgabe Ev-Abschaltung %MDRED + Komplettabschaltung durch Überwachungsfunktionen"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dmdstop B_dveada B_evabu B_koevab evz_aus
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_evasel evz_austot
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AGRPSOL
    "4.120     AGR-Ventilposition - Sollwert"

    /begin DEF_CHARACTERISTIC
      AGRMSVP AGRVPSSMN AGRVPSSMX AGRVPUGDAP FAGRVPSS KLMSAGRDPB
      MSAGRMX MSAGRUGDAP PSPAGRMX WBLAGRMX ZKPDBAGRS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      FKLAFUGD KLAF KLDPBMSAGR PSPVDKUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agron B_agrss B_ugdap fkmsagr_w ftmagr msagrugd_w
      ofvpagr_w paagreo_w psdss_w pssol_w ps_w pvdkds_w
      rfrextfs_w rrsexts_w tgagrv_w umsrlnk_w wblagr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      agrvps_w agrvpugd_w B_agrugds B_klafagrg fkklafs_w fktpagrs_w
      fktpbagr_w mnagrsuk_w msagbmxs_w msagrgds_w msagrs_w msagruvs_w
      msnagrs_w msnagrvs_w psmxagrs_w pspvagrs_w psrexts_w pvagrug_w
      rfremxs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      agrvpsb_w agrvpst_w dpsspagr_w dpsspvb_w fkklafuk_w fktpagru_w
      kzpdagrs_w msabmxs_w msafbmxs_w pdblagrs_w pspagrug_w pvagrvs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ALBK
    "3.20      Ansteuerung Ladungsbewegungsklappe"

    /begin DEF_CHARACTERISTIC
      CWALBK TMOTKLBK UBSQLBK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      lbksol_w tmotk_w ubsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lbk B_lbkbb
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ALE
    "6.20      Auslauferkennung"

    /begin DEF_CHARACTERISTIC
      CWALE RALEZMAX TRD
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_luecke B_mluecke B_nlale B_nldg B_nmot B_phsnlinv
      B_startini B_stend B_zprel ttooth10ms wkwbzm0_w wkw_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      aleNvBits B_ale wkwstop
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enabale B_ralectr B_raleok tooth_rale wkw0rale_w wkwas_kor
      wkwrale_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ALSU
    "2.10      Ausgabefunktion LSU"

    /begin DEF_CHARACTERISTIC
      TAHRLSUMX TPHRLSU UBALSUMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot prhrlsu_w ubsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hrlsaus tahrlsu_w tphrlsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fubkor_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AMSV
    "5.100     Ansteuerung Mengensteuerventil"

    /begin DEF_CHARACTERISTIC
      CWDAF DWMSVMX FDWMSVRDR KLAMSVUB KLDWMSVMN TANMSV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      PRMIN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_msvoff B_sa B_sabte B_stend dwmsvvst_w nmot
      nmot_w prdiff_w prdr_w prist_w ubsqf
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hdrba B_hdrres B_msvact dwmsvo_w dwmsvs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dwmsvmn_w dwmsvovb_w ftamsvub_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AMSVHW
    "5.40      Ansteuerung Massenstromventil HW-Kapsel"

    /begin DEF_CHARACTERISTIC
      DWOTZ1OTP PMSVNEGATE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_msvact dwmsvo_w dwmsvs_w msvnpdel_w msvnpdur_w nmot_w
      zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dwsynutp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_msvinihw
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ARMD
    "18.10     Momentenbasierte Antiruckelfunktion"

    /begin DEF_CHARACTERISTIC
      A0 A1 A2 B1 B2 CWARMD
      DMARMX DNFILO DVFZAR FKFDARTM FLRAWG FLRFDAR
      FLRFLRAR FLRHG FLRKIFZ FRARAWGS FRARHGS KFDMDADP
      KFDMDARO KFDMDAROS KFFGDMAR KFFRARAW KFFRARHG KIFZGAWG
      KIFZGHG NARASTGU NARLLGA NARLLMXG NARMXG NDFILOG
      NDIFFOG NVG NVMNG NVMXG SMK08MDSW TAREIN
      TMAR TMLAST TVARS TVARSA TVARSS TVKUPAR
      TVKUPGW TVKUPHS TVKUPRS TZSPINI VARAU WPEDU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SGA06MDUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_brems B_dashv B_fgr B_gsch B_gwhs
      B_kuppl B_ll B_lowra B_lsd B_mdein B_sa
      B_stend B_wk esst_sga06mdub gangi mdverl_w mifa_w
      misolv_w mkfanb_w nmot nmotbi_w nmot_w nvquot_w
      rl tmot vfzg vfzg_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ar dmar_w esst_smk08mdsw tmlastz tnmst1z tnmst2z
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_argf B_gfen B_hpnmot B_iniar B_iniar1 B_iniarv
      B_kupgw B_tpnmot B_tvars B_tvarsa B_tvarss B_wksch
      fdar fdars flrar kifz_w mdbes_w mkar_w
      mlast_w ndar_w ndfibet_w ndfil_w ndiffog_w ndiff_w
      nmodiv_w nmod_w tzarni
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ASC0F
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TIDLEMAX TIDLEMIN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_0101_ack B_0101_ident B_0101_notadr B_0101_switch kwp71_bits nmot_w
      t_idle_ctr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ATEV
    "8.20      Ansteuerung Tankentlüftungsventil (Periodendauer)"

    /begin DEF_CHARACTERISTIC
      KFTEVP KFTVTEV TATEGMX TATEMSN TVTEVPS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dtes B_tevtini msntevo_w msteo_w mstesoll_w nmot
      pspu tadtea tans ub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tateist tateist_w tateout tateout_w tatesoll_w tevper
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      msntev_w tateroh tateroh_w tatesold_w tvtevptu
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ATM
    "46.50     Abgastemperaturmodell"

    /begin DEF_CHARACTERISTIC
      ATMABKA ATMABKK CWATM DETAZWRL EAVKG EAVKGH
      EAVKH EAVKS EBVKG EBVKGH EBVKH EBVKS
      FATMAHK FATMARO FATMAVK FATMAVY FATMDKS FATMEHK
      FATMTWHK FATMTWVK FATMVHK FATMVRO FATMVVK FATMVVY
      FEXODESU FEXOLAHK FEXOLAVK FLBKETAZW FTMOTKHK FTMOTKVK
      FWMABGW FWMKATW FWMZAPWF FWMZKPWF KATMCPHK KATMCPKR
      KATMCPRO KATMCPVK KATMCPVY KFATLAMS KFATMKRH KFATMKRS
      KFATZWMS KFWMABG KFWMKAT KTMOTW MATMAHK MATMAVK
      MATMAVKG MATMBHK MATMBVK MATMBVKG NRKTPKTU SOPOH
      SOPOV STH07TMUW STS06TMUW STV07TMUW TANHKMN TASTBFA
      TATMKRSA TATMRTPK TATMSTI TATMWMK TATMWMKK TAVHKEMN
      TAVVKEMN TAVVKGEMN TKSTBFA TOEXTHK TOEXTVK TOEXTVKG
      WMABGKH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      STM05TMUB SVF07TMUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desuac B_faatm B_hos B_khdo B_krnl B_nachl
      B_pwf B_sa B_sch B_skh B_st B_stend
      B_trkh esst_stm05tmub esst_svf07tmuw etazwist fho_w flb_w
      lamsbg_w lamsons_w lavhkm_w mabnavs_w ml_w msabgs_w
      msabg_w msabhks_w msabikr_w msabiks_w msabnvk_w msabvhk_w
      msabvks_w nmot_w pspvds_w rkg_w rl_w tabst_w
      tansk_w tanvk_w tmotk_w tmst tovkrdo_w tovvkdo_w
      tumgk_w vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_atmng B_atmst B_atmtpa B_atmtpf B_atmtpk B_atmtpl
      B_stndnl esst_sth07tmuw esst_sts06tmuw esst_stv07tmuw etazwimt imlatm_w
      iwmatmk_w iwmatm_w tabstatm_w tahsoab_w tahsom_w tahsost_w
      taikrmo_w taikrm_w tanhkm_w tanvkgm_w tanvkm_w tanym_w
      tavhkm_w tavrom_w tavsoab_w tavsom_w tavsost_w tavvkm_w
      tkihkm_w tkivkgm_w tkivkm_w twvhkm_w twvvkm_w zwmatma
      zwmatmk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_atmrtpk B_msmntpk dqatmhk_w dqatmro_w dqatmvk_w dqatmvy_w
      dtakr_w dtatwhk_w dtatwro_w dtatwvk_w dtatwvy_w etazwatmk
      extahk_w extavkg_w extavk_w extbvkg_w extbvk_w ftexohk
      ftexovk ftkhk_w ftkvk_w nrkatm_w pspvdsf_w quatmhk_w
      quatmro_w quatmvk_w quatmvy_w qwatmhk_w qwatmro_w qwatmvk_w
      qwatmvy_w taatmkr_w taikrkf_w taikrst_w takrkfh_w takrkfs_w
      tavvkdm_w tavym_w twatmhk_w twatmro_w twatmvk_w twatmvy_w
      twvrom_w twvym_w zatmahk_w zatmakg_w zatmavk_w zatmbhk_w
      zatmbkg_w zatmbvk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ATMHEX
    "1.10      Modellierung der Materialtemperatur des Sechskants der LSU"

    /begin DEF_CHARACTERISTIC
      FATMAHX FATMTWHX FATMVHX FTMOTKHX KATMCPHX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KTMOTW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend msabikr_w msabiks_w taikrm_w tanvk_w tmotk_w
      tumgk_w vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      talsum_w thxlsum_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dqatmhx_w dtatwhx_w ftkhx_w quatmhx_w qwatmhx_w twatmhx_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ATMZA
    "1.20      Abgastemperaturmodell Zylinder-Auslaß"

    /begin DEF_CHARACTERISTIC
      FATMZAGR FTMOTZKA KTMOTZW TOZARK TOZASCH ZATMZAMSB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_sch msagr_w msfabr_w rkg_w taikrm_w tanvk_w
      tmotk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      taizam_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rrabext_w tomagrm_w tooagrm_w totmotzm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ATR
    "8.20      Abgastemperaturregelung"

    /begin DEF_CHARACTERISTIC
      ATRI ATRZWI ATRZWP CWATR DLATRMN DLATRNLN
      IMSABGMX KETAZWNL KFRLATR KFTATRZWS KLATRP KLTATRS
      TATRVHKS TOMKAHSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bevab B_desu B_hom B_kahsu B_kahsue B_lalgf
      B_nozwkh B_stend dmrkh_w msabg_w nmot rk_w
      tans tanvk_w tavhkm_w tavvkm_w tumgk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_atr B_atrzw detazw dlamatr_w dlatr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_atrb B_atrnl B_atrsp B_atrzwnl B_rbatr detazwi_w
      detazwnl detazwp_w detazwrx detazwr_w dlatri_w dlatrnl_w
      dlatrp_w rdtabg_w rdtatrz_w rdtatr_w rdtavhk_w rlatr
      tatrzws_w tatr_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AWEA
    "6.60      Ausgabe Winkel Einspritz-Ansteuerung"

    /begin DEF_CHARACTERISTIC
      DWESBHDYN DWESBHMX DWESEHDYN FKTIBGR KFDWESES KFWESBH
      KFWESBH2 KFWESBHK KFWESBHST KFWESBHSTW KFWESBKH KFWESBTK
      KFWESES KFWESESHKS KFWESESHSP KLDWEPR KLESESPAET KLWESBHMX
      KLWESBHTM KLWESBKK N_NOTOOREF PRNOESAB TMOTHKMN TMOTHKMX
      TMOTWESBH WESBHAP WESBHNLPH WESBHSTN WESBKHAP WESESAP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SDP08ZUUB SNM08PS3UW SRK12ZUUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib B_basch B_berhom B_bersch B_berskh B_eahomb
      B_esbhap B_esbkhap B_esesap B_hks B_hkss B_hos
      B_lbksmtk B_nlphwe B_skh B_stendes B_tkhcanf B_wks
      dpsmxscs esaktiv esst_sdp08zuub esst_snm08ps3uw esst_srk12zuuw grdwof
      grundwert nmot nmot_w prist_w rkkh rkm_w
      rl tekh_w tih_w tis_w tmot tvesdel_w
      wkrma zwist zzylh zzyls
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_noesab B_notooref mitibgr_w wesabr wesbhmx_w wesbx_w
      wesby_w wesb_w weses_w wese_w wesmkh_w wesms_w
      wrlbhom_w wrlbsch_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_eprail t_mitibgr_w w1ms_w wesab wesbhlim_w wesbhout_w
      wesbhst_w wesbh_w wesbkhou_w wesbkh_w wesbsout_w wesbs_w
      weseh_w wtvesdel
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    AZUE
    "5.70      Ausgabe Zündung"

    /begin DEF_CHARACTERISTIC
      CW_AZUE IGNDELAY TMZUB2MX ZWFUBAMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_airbag B_dls B_ff B_kl15 B_motstop B_nachl
      flgstign_w fubaanz nmot_w offz_w szfuba_w tmot
      wkwbzm0_w znachanz zwcalcar
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      azoffmsk_w B_zesync fdpatdmd zndact zndsucc zwoutakt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      azFadeStatBits azfdoff B_azoffzag B_dopzue_i B_dzai B_ffsn2_i
      B_ff_i B_slsn2 B_sw0 B_sw1 B_z1 B_z1not
      B_z1_i B_zesync_d B_zws0 dzaCtr fbmxzahn fubaanz_i
      ignDelayCtr minzahn ovlCtr slsninkr slsninkr2 slsninkr_r
      slsnzahn slsnzahn2 slsnzahn_r sn2zkact sn2zkvek snzkact
      snzkvek swout tinkr tr_zahnabs tznd tznd2
      wouta woutst zkvek zn2zksucc zn2zkvek znzksucc
      znzkvek zouttmx zueninkr zueninkr2 zueninkr_r zuentmx
      zuenzahn zuenzahn2 zuenzahn_r zwoutar
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BAKH
    "2.30      Betriebsartenkoordination für Katheizen BDE"

    /begin DEF_CHARACTERISTIC
      CWBAKH DNMHSPKH DRLHSPKH DWSHSPKH NMAXHSPKH RLMNHSPKH
      THSPKHMN THSPKHMX TMMNHSPKH VMXHSPKH WSMNHSPKH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemodvkh B_hom B_khtanf B_khwsanf B_kodohapp B_kodohzul
      B_komrhapp B_komrhzul B_kttanf B_ktwsanf B_kwtanf B_kwwsanf
      B_ll B_skh B_sutanf B_suwsanf B_tkhcanf B_tktanf
      B_trealdo B_trealmr B_wsrealdo B_wsrealmr msabg_w nmot_w
      rl_w taikrm_w tansk_w tmot tnse_w trealdo_w
      trealmr_w vfzg_w wsistdo_w wsistmr_w wsrealdo_w wsrealmr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodkh B_hspsbakh B_kh B_kha B_khagrab B_khdo
      B_khmr B_kw treal_w wsist_w wsreal_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bbdokh B_bbmrkh B_tanf B_wsanf
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBAGR
    "6.90      Einschaltbedingungen AGR"

    /begin DEF_CHARACTERISTIC
      AZSAAST AZSADAGR CWBBAGR CWBBAGR2 DTKANAGR DTKANAGRS
      HWKRMAAGR MXWKRMAAGR NAGRNLBK NAGRSSMN NAGRSSMX RRIESRKMN
      TDAGRSS TDAGRSSKT TDBAGRS TDBAGRSKT TKANAGRU TKANAGRUS
      TKMAGRO TKMAGRSS TKMAGRU TVAGDENOX TVAGRSA TVSAGRTMST
      TWAGRSS TWAGRSSKT VAGRSS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWAGR
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_aagrubok B_agrugds B_agrvbb B_apslmdse B_bgagroff B_bkvagrab
      B_bkvmsisr B_cwagrap B_dagrssf B_denox B_desu B_disagra
      B_dknolu B_dknot B_dkpu B_dksbeg B_dktb B_dtdisagr
      B_eagrlv B_easch B_evakt B_faagr B_hmm B_hom
      B_khagrab B_klafagrg B_ktagrs B_lbksg B_ll B_mdarv
      B_nswo1 B_sa B_stend B_tfwdksom nmot rriext_w
      tansk_w tmotk_w tmst vfzg vstagr wkrma
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agr B_agrgsg B_agrhen B_agrsen B_agrsg B_agrsr
      B_agrss B_agrssm B_dagrss B_disagr B_fgblagrs B_krdisagr
      B_zdagrss
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzsa B_agren B_agrhens B_agrsens B_agrssa B_bbagrh
      B_bbagrs B_cwagrsl B_dagrssa B_disagrb B_disagrbb B_disagre
      B_disagrfe B_spdagrss
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBAGRMW
    "2.10      Betriebsbedingung AGR Modewechsel"

    /begin DEF_CHARACTERISTIC
      CWBBAGRMW DMWAGR MSNAGRHMN MSNAGRHMX MSNAGRMMN MSNAGRMMX
      MSNAGRSMN MSNAGRSMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agrvbb B_disagr B_eagrvv B_mwagrs msnagrv_w rirexts_w
      rirint_w rir_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hmmagrdi B_homagrdi B_mwagr B_schagrdi
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rirs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBBO
    "4.10      Betriebsbereich Erkennung Benzin im Öl"

    /begin DEF_CHARACTERISTIC
      ABOINI ABOLRAR ABOMX CDPCV IMLKS MSNPCV
      O2VKS TMSKS TMSTABO TMTKS TVREABO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot B_pwf B_sa B_sbbvk ftho_w ml_w
      o2vk_w ps_w pu_w tmot tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abo B_abor imlbbo
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpspu mspcv
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBGANG
    "14.90     Betriebsbereich Gang"

    /begin DEF_CHARACTERISTIC
      CWBBGANG IGESGA NGANGMIN NVQUOT1O NVQUOT1U NVQUOT2O
      NVQUOT2U NVQUOT3O NVQUOT3U NVQUOT4O NVQUOT4U NVQUOT5O
      NVQUOT5U NVQUOT6O NVQUOT6U
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asm B_autget B_cvt B_gang0 B_gang7 B_tippg
      B_vnull gangauti nmot_w S_fs uefktget vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fs B_gwhs gangi nvquot_w uevges
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBHTRIP
    "1.10      Betriebsbedingung Heizanforderung Abgas für Kurztest"

    /begin DEF_CHARACTERISTIC
      CWBBHTRIP FTANFKTNOX WSANFKTNOX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpk B_fa B_faatm treal_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kttanf B_ktwsanf tanfkt_w wsanfkt_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBKD
    "2.10      Berechnung der Kick-Down-Information"

    /begin DEF_CHARACTERISTIC
      CWBBKD CWKDASG DUPW12KD DUPWGLKD DUPWKDLB DUPWKDO
      DUPWKDU TKD TLKD UPWGKDMN UPWGKDMX UPWGKDO
      UPWGKDU UPWKDDF WPKDMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_fakd B_pwf B_pwgnotfr upwg1_w upwg2d_w
      upwgej_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BBKDbits bblkderf B_kd upwkdu_w upwkd_w zlkd
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_kdpos B_lkderf B_lkdfrg upwkdo_w upwkdt_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBKH
    "3.10      Betriebsbedingungen Katalysator Heizen BDE"

    /begin DEF_CHARACTERISTIC
      CWBBKH DTMABKH FHOKH FKHABMN FTANFKH KFKHSWS
      KFKHSWSLL KLFANFKHKA KLFLAKH KLFSWKA KLFTMSTKH KLSWKH
      SMG08KHUW SNM08KHUW SWR08KHUW TABSTKH TDIFKH TKHMX
      TKHSWS TKHSWSLL WISTRMNLBK WISTRMXLBK WKHRMAX WKHWMAX
      ZKHABB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      STS08KHUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hag B_katfz B_kh B_ll B_nmot B_st
      B_stend esst_sts08khub fho_w miglsol_w nmot_w nofmx_w
      tabst_w tans tmotab tmst tnst_w treal_w
      wsist_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_khlbk B_khtanf B_khwsanf esst_smg08khuw esst_snm08khuw esst_swr08khuw
      flakh tanfkh_w wsanfkh_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bbkh B_fgkh B_wkhw fanfkhka_w fhost_w fkhab
      fswka_w tanskhst wistr_w wist_w wkhw_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBKR
    "6.40      Betriebsbedingungen Klopfregelung"

    /begin DEF_CHARACTERISTIC
      AZKELDYN AZKRLDYN AZKRNDYN CWKR CWKRNLR CWTIPIN
      HRLHKS KFDYESPF KFDYESPFOF KRAL1N KRAL2N KRAL3N
      KRAL4N KRAL5N KRALH KRAN1 KRAN2 KRAN3
      KRAN4 KRANH KRDYESP KRDYESPOF KRLNMDY LKRN
      MSKRSGS NGKRWN NHKSMX NKRDYF RLMNHKSN SRL04DYUB
      TKRLBK TMDYNA TMKR TMKRA WKRLBK WKRMNH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_basch B_bdeminst B_dopzue B_easch B_hks B_hmm
      B_hmmhom B_hom B_homhmm B_hos B_kl B_krdwslz
      B_kuppl B_lambts B_ll B_nldg B_schs B_stend
      B_synph B_vnull B_wkauf B_zwumsch dpsfg_w dwped_w
      esst_snm16krub gangi maskgz misgsl_w ngas_w nmot
      rkm_w rl rl_w tmot tpnt_aktiv wkrdy
      wkrma zzylkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_eks B_hksskr B_kr B_kra B_krdws B_krfdks
      B_krgz B_krlbk B_krldy B_krldya B_krldyf B_krldyv
      B_krndy B_krnl B_krsyne B_ladap B_tipin B_tmkr
      B_wkral B_zwkrum esst_srl04dyub E_ks1h E_ks2h E_ks3h
      E_ks4h stkrax_w stkrnx
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      azkeldy_w azkrldy_w azkrndy_w BBKRbits0 BBKRbits1 B_drknv
      B_drlkrdy B_drlkrdyof B_drlkrdy_old B_hks_old B_hmmhom_old B_homhmm_old
      B_hys_hrlhks B_inisyn3s B_krldya_old B_krldyv_old B_ldydok B_lkrh
      B_stkra1 B_stkra2 B_stkra3 B_stkra4 B_stkra5 B_stkra6
      B_stkra7 B_stkra8 B_stkra9 B_temp1 B_temp2 B_temp2_old
      B_temp3 B_temp4 B_temp5 B_temp5_old B_temp6 B_temp6_old
      dpskrmx_w drlkrmx_w dyespfof_w dyespfv_w dyespofv_w dyespv_w
      E_krxx kral1_w kral2_w kral3_w kral4_w kral5_w
      lkr_w ngkrv_w rlmnhks_w stkrlx zldyke_w zldy_w
      zndy_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBKW
    "1.40      Betriebsbedingungen Katalysatorwarmhalten BDE"

    /begin DEF_CHARACTERISTIC
      FKWSTART FKWSTOP FKWTANFH FKWTANFV FKWWSANFH FKWWSANFV
      NMAXKW STKIHKM06 STKIVKM06 TDKWNST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_khtanf B_khwsanf B_nmot B_nswo1 nmot_w tkihkm_w
      tkivkm_w tnse_w treal_w wsreal_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kwtanf B_kwwsanf esst_stkihkm06 esst_stkivkm06 tanfkw_w wsanfkw_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_kwsperr ftanfkw_w fwsanfkw_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBNOHK
    "2.10      Betriebsbereitschaft des NOx-Sensors und Freigabe der Diagnose"

    /begin DEF_CHARACTERISTIC
      CWDNOBD ISHNO ISHNOMX KFTANMSA TDFROFF TDHNOAUS
      TDHNOEIN THAUSSA THEINNSA THNOVAL THNOVALMX THSAONVZ
      THSAVERZ TLAMTVS TNOGBB TNOVALMX UBNOHKMN UBNOHKMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TENOHBB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpk B_drinosp B_edrino B_hnotf B_lamlash B_mdarv
      B_nohbb B_noris B_noups B_pvvposz B_sa B_stend
      msabg_w tanhkm_w wubr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hnovalid B_nodfr B_nohken B_nosbb B_nosppf B_novalid
      B_sbbhk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_noensa B_noenub B_notbb B_sbboff B_tenhno B_tenno
      B_thnoval B_tsaaus B_tsaein iwfno tsaaus_w tsaein_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBSAWE
    "50.10     Betriebsbereich Schubabschalten/Wiedereinsetzen"

    /begin DEF_CHARACTERISTIC
      CWNWEGTR CWSAWE DNSAH DNSAL DNSALH DNSLL
      DNSLLK DNVSA DNWEK DNWEOFF DVSA ENSAKHG
      KFNWEGM KFTVSA NGDNSA NGDNSAL NGDNWEGTR NSAFAN
      NWENG NWENGFS TNSAFAN TVSABFA TVSABTE TVSAG0
      TVSATM VSAA VWE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SGA08MDUB SNM08SAUB STM05SAUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dash B_denox B_desu B_fa B_fan B_fs
      B_kh B_koe B_kuppl B_ll B_nohpomx B_sabbts
      B_savbks B_savfgr B_savmd B_savmsr B_te B_vllr
      esst_sga08mdub esst_snm08saub esst_stm05saub gangi ngfil nmot
      nmot_w nstat tmot tmst tnst_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_sab B_sabfg B_sabte
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dnsll B_nsafan B_nwemg B_sabt B_saen dnsa
      nsa nwe nwecvt nwema nwemn nwenga
      tvsaa_w tvsans_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BBSTT
    "11.20     Betriebsbereich: Start"

    /begin DEF_CHARACTERISTIC
      NNSTA NSTNM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot nmot tans tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_st B_stend tnse_w tnst_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BDEADP
    "BDE-Softwareadapter"

    /begin DEF_CHARACTERISTIC
      ETALAMSC FRKSHKS TVAGRST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desend B_hks frm_w imlatm_w lamnsch_w lavhkm_w
      mnospm_w msabikr_w msabnvk_w msabvhk_w prist_w tans
      tanvkg_w tatesoll_w tavrom_w tavsom_w tkihkm_w tkivkm_w
      tnvkvhk tolc tumgk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anosa_w BDEADPBits01 BDEADPBits02 BDEADPBits03 BDEADPBits04 BDEADPBits05
      BDEADPBits06 BDEADPBits07 BDEADPBits08 BDEADPBits09 BDEADPBits10 BDEADPBits11
      bfgrsbr B_adesugt B_afupsrl B_agrsch B_apbrint B_apsmldse
      B_ate B_besch B_bh B_blkfb B_cfkegs B_desendfa
      B_desertbg B_dfkb B_dguddbks B_dkuevab B_dlahieg B_dls
      B_dtepf B_dtmbh B_ehfm B_elbkfa B_elshbb B_elsu
      B_enws B_etafix B_faatlb B_fakvs B_falsu B_faomsv
      B_furena B_fusfk B_fztafx B_gang0 B_gang7 B_hsp
      B_hspagrs B_ieatnv B_kas B_kpl B_lamabg B_lbklrnws
      B_lbklvb B_llhzta B_lrfk B_lrmsbs B_lsumx B_lsures
      B_lsuril B_madfk B_madfs B_maxflsu B_maxlavh B_mdeeub
      B_mdvur B_milabg B_milkat B_mnmld B_mnnosan B_msvakt
      B_msvdb B_mxmld B_nllstab B_nmaxext B_nokatfz B_nplflsu
      B_npvshns B_nwrpose B_nws B_optpherk B_png B_prnplue
      B_rineza B_sadagr B_savacc B_sgsred B_sh_act B_sh_mvw
      B_sl B_smndbks B_ssgw B_swgddbks B_swnplbks B_swzgbks
      B_tehb B_tktanf B_todis B_trkh B_ukg B_vldagr
      B_vlsumrs B_ztafix cmibeg_w d1fkmsdk_w d2fkmsdk_w devoff
      dfstlrf_w dmdafmb dmdlfmb dmdsfmb_w dpbkvpa_w dpslmds_w
      dtmabsta dtmbhb dzlsu_w EEPROM_AAG facipkr_w fkfupsrl_w
      fmdkh fmvurh_w fmvurs_w fra2_w frm2_w hdrerri_w
      ilmlktx_w imlatm imllfka_w iprefanf kmdp1km_w lamelsh_w
      lamhhk_w lamsbg2_w lsunpstat migsl_w misgslm_w misgsl_w
      misgs_w mkbgr_w mlhfmm_w mnosp_w momint_w mracc_w
      msabhks_w msabiks_w msabvks_w mshfms_w mshfm_w msndko_w
      msvnpdel_w msvnpdur_w nlldagkt nlsuiaf nlsuunf nlsuvmf
      nmaxext_w nspwgnot nturbc_w ofdsu_w ofpbrint_w oscdfkn_w
      oscfkn_w pbksowd_w pbksowf_w pte_w pvdks_w P_crsh
      rinh_w rka2_w S_hds tadsv takols tamax
      tamin tanftk_w tanvk_w tatesoll tatuk tatuk_w
      tavhk_w tavro_w tavso_w tikatm_w timxth_w timx_w
      tkihkmm_w tkivkmm_w toelk_w uhfm_w usvkk_w uulsuv2_w
      vske wdk3 wnvuhoms_w wnvunhss_w wnvuschs_w wnwvu_w
      wsanftk_w wtol wuey_w zbeztafix zfzptafx zgst_w
      zllptafx zwsol
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BDEMAB
    "1.50      BDE Betriebsartenwahl: Abbruch der aktuellen Betriebsart"

    /begin DEF_CHARACTERISTIC
      CWBDEMAB NHKSOAB NHMMOAB NHMMUAB NHOSOAB NSCHOAB
      NSKHOAB TMWAB TMWERR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bdemz B_hks B_hmm B_hos B_nobdem B_sch
      B_skh nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodab B_hksab B_hmmab B_homab B_hosab B_mwab
      B_schab B_skhab
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_emwab
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BDEMEN
    "2.100     Bestimmung der zulässigen Betriebsarten BDE"

    /begin DEF_CHARACTERISTIC
      CWBDEMEN DMISOLDLR DNHYHMM DNHYHOS DNHYSCH DNHYSKH
      MDHYUM NHMMO NHMMU NHOSO NHOSU NSCHO
      NSKHO TENPRSCH TNENPR TSCHENVZ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFMIOP KFMIOPS MDIMX SRL11OPUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abws B_hmm B_hmmbv B_hmmfes B_hos B_hosbv
      B_hosfes B_llr B_mdvur B_sch B_schbv B_schfes
      B_skh B_skhbv B_skhfes elamnhmm_w elamnhos_w elamnsch_w
      elamnskh_w elamxhmm_w elamxhos_w elamxsch_w elamxskh_w esst_snm16opuw
      etazwbm fmvurh_w fmvurs_w gangi lamnsch_w lamsbg_w
      mifal_w migsl_w mimnl_w mimsr_w misgslm_w misoldlr_w
      ngfil_w nmot_w nsyw rlminhmm_w rlminhos_w rlminsch_w
      rlminskh_w rlmxhmms_w rlmxhoss_w rlmxschs_w rlmxskhs_w rlsolhmm_w
      rlsolhos_w rlsolsch_w rlsolskh_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodmd B_hmmden B_hmmen B_homen B_hosden B_hosen
      B_schen B_skhen mimnhmm_w mimnhos_w mimnsch_w mimnskh_w
      mimxhmm_w mimxhos_w mimxsch_w mimxskh_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enprsch B_hmmenmd B_hosenmd B_schenmd B_schenmdk B_schenvz
      B_skhenmd miensch_w mien_w miol1hmm_w miol1hos_w miol1sch_w
      miol1skh_w nmenpr_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BDEMHA
    "1.60      Heizleistungsbedingte Betriebsartenanforderung"

    /begin DEF_CHARACTERISTIC
      CWBEMHA_0_A CWBEMHA_1_A CWMODHA KFHOMANF SWUHEPOTI TMSHY
      TPRELHLA UHEHY VFZHA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hlacan B_klimex tmot tmotsoll tumg uhepoti
      upotpwm vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodha B_heizanf
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BDEMHAlokbits B_hlanf vfzghai
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BDEMKO
    "4.40      BDE-Betriebsartenkoordination"

    /begin DEF_CHARACTERISTIC
      BDEMODAP BDEMODZU CWBDEMKO HYMKFUMVAR HYNKFUMVAR KFUMVAR
      MAGMASK MOD1PER MOD2PER TBDEMODAP TMAGMINGA TMOD1PER
      TMOD2PER TMODMNHKS TMODMNHMM TMODMNHOM TMODMNHOS TMODMNSCH
      TMODMNSKH TVUMSCH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemodab bdemodbs bdemoddm bdemodfa bdemodkh bdemodmd
      bdemodnl bdemodsk bdemodst bdemodsu bdemod_um B_dsmfause
      B_faatm B_faskno B_hks B_hksskr B_hmm B_hmmden
      B_hom B_hos B_hosden B_hspsbakh B_kuppl B_nobdem
      B_sab B_sch B_skh B_stend gangi misol
      nmot S_homapsw tnse_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodnm bdemods bdemods_w bdemodvkh bdemodz B_baschs
      B_eahoms B_easchs B_hkss B_hksz B_hmms B_hmmz
      B_homs B_homz B_hoss B_hosz B_schs B_schz
      B_skhs B_skhz modmask
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bdemodko B_entprmag B_entprmin B_gearsw B_tvumsch B_umhomsch
      B_umschhom misolumvar modapl modentpr modhosch modmasknl
      modshhom modskh modsout modsprio nmotumvar prioko
      umvar
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BDEMST
    "2.10      BDE Betriebsmodi im Start"

    /begin DEF_CHARACTERISTIC
      CWBDEMST DTMLLSCH FNSWLMX KFTMOSCH MODSTAP TMOTHKS
      TMOTHMM TMOTHOS TMOTMNAP TMOTSCH TMOTSCHLL TMOTSKH
      TMOTSTOFF TNSTUSVB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemodha B_ll B_nobdem fnswl_w fst_w tmot
      tmst tnst_w tskmx_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodst bdemodtm B_magwlen
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      modtm
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BDEMUM
    "1.190     BDE-Betriebsartenumschaltung"

    /begin DEF_CHARACTERISTIC
      CWBDEMUM DRLSOLDYN DRLSOLSTAT DRLSTAT INSTMASK KUSINST
      TABSTRUM TVFERL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemods_w bdemodz B_eahoms B_easchs B_hkss B_hmmlb
      B_hmms B_homs B_homz B_hoss B_mwab B_mwagr
      B_mwfe B_mwlbk B_mwnl B_mwsme B_mwte B_mwus
      B_nmin B_nswo2 B_pwf B_schs B_skhs B_skhz
      B_ugd drl_w fkisrm_w nmot_w rlsol_w rl_w
      tabst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemagrs bdemfes bdemlbks bdemod bdemodv bdemod_w
      bdemsync BDEMUMoutbits B_basch B_bdeminst B_bdemz B_berhom
      B_bersch B_berskh B_eahom B_easch B_hks B_hksagrs
      B_hksfes B_hkslbks B_hksv B_hmm B_hmmagrs B_hmmfes
      B_hmmhom B_hmmlbks B_hmmv B_hmmzwsch B_hom B_homagrs
      B_homfes B_homhmm B_homlbks B_homv B_homzwsch B_hos
      B_hosagrs B_hosfes B_hoslbks B_hosv B_mwagrs B_mwfes
      B_mwlbks B_mwsmes B_mwtes B_mwuss B_nobdem B_rlstat
      B_sch B_schagrs B_schfes B_schlbks B_schv B_skh
      B_skhagrs B_skhfes B_skhlbks B_skhv B_zwsch B_zwschhmm
      B_zwschhom B_zwschv B_zwumsch
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzumsch_w bdemodsm BDEMUMlokbits B_homlbsmw B_swthdel B_syncum
      B_thrdel relhks_w relhmm_w relhom_w relhos_w relsch_w
      relskh_w tdusinst tusinst
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BDEMUS
    "2.40      BDE-Betriebsarten Umschaltzeitpunkt"

    /begin DEF_CHARACTERISTIC
      CWBDEMUS DMIBMNUM DMIBMXHSP DMIBMXUM DMIMNUHMM DMIMNUHOM
      DMIMXUHOS DMIMXUSCH DRLMINHMM DRLMINHOS DRLMINSCH DRLMINUHOS
      DRLMINUSCH FEMNOZUHMM FZWRED FZWRED2 FZWRED3 FZWREDHMM
      TMWUSMXN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ETALAMSC ETAZHMMN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemfes B_fgzwhmm B_hks B_hkss B_hmm B_hmms
      B_hom B_homs B_hos B_hoss B_mismeus B_mwab
      B_mwuss B_nobdem B_rlstat B_sa B_sab B_schs
      B_skh B_skhs B_zwsch eladnhmm_w eladxhmm_w etaaufte
      etazwbm etazwmns ladmnhos_w ladmnsch_w mibmn_w mibmx_w
      mifa_w miglsol_w mioptl1h_w mioptl1s_w nmot nmot_w
      rlminhmm_w rlminhos_w rlminsch_w rl_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BDEMUSoutBits B_emwusmx B_mwus
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BDEMUSlocBits BDEMUSlocBits1 B_mwusall B_mwushks B_mwushmm B_mwushom
      B_mwushos B_mwusmx B_mwussch B_mwusskh B_rlminu elamuhmm_w
      elamuhos_w elamusch_w etazwmnu_w ezmnuhmm_w mibmnum_w mibmxum_w
      mimnuhmm_w mimnuhom_w mimxuhos_w mimxusch_w miumsol_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGADAP
    "5.10      Abgleich zwischen gemessenem und modelliertem Saugrohrdruck"

    /begin DEF_CHARACTERISTIC
      DAFKPVDKE DAOFMSNDKE DOFMSNDKEK DTAFKPVDKE DTAMSNDKOE DVRLNFHFKT
      DVRLNFHFMN OMSNDKLSMX TAFKPVDKE TAFKPVDKEK TAMSNDKOE TAMSNDKOEK
      TDLZSR TVSEAGROFF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_falzsr B_fkpvdk B_ofmsndk fkmsdks_w ofmsndk_w tnst_w
      vrlnfhf_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_adkose B_afkpvdke B_afupsrle B_amsndkoe B_aomsndke B_apbrinte
      B_apslmds B_apslmdse B_disagra
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_afkpvdei B_elzsr B_zlzsr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGAGR
    "9.60      Füllungserfassung Einrechnung Abgasrückführung"

    /begin DEF_CHARACTERISTIC
      CWBGAGR FDVAGR FKBLAGRA FTAGRV FTDAG KLDPBMSAGR
      KLTTRECLAM KLWBLAGR KLZTAGRMS KLZTAGRVMS MSNAGRLE MSNTAG
      PAAGREOAP TAGREOAP ZKPDBAGR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWAGR CWAGREO KLAF PSPVDKUG TVAGRST
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      agrvpugd_w agrvp_w B_agr B_agron B_evakt B_sa
      B_stend fkblagr_w fkmsagr_w fktpbagr_w msagrmx_w msagrugd_w
      ofvpagr_w pabnav_w pabvhk_w pabvvk_w ps_w recilam_w
      taizam_w tansk_w tanvk_w tavro_w umsrlnk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agrugd B_bgagroff fkklaf_w fktpagr_w fpag ftmagr
      msagr_w msnagrv_w ofagrugd_w paagreo_w pspvagrb_w pvagrv_w
      reclagre_w rfrexroh_w tagrsr tagrsr_w tgagrv_w wblagr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      agrvpbg_w fkblagrz_w kzpdagr_w msnagr_w pdblagr_w tagreo_w
      tgagrv
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGAGRA
    "4.40      Berechnungsgroesse AGR-Adaption"

    /begin DEF_CHARACTERISTIC
      CWBGAGRA CWBGAGRA2 DFKBLAGR DMRAGRA DPAMNDAS DPSLMDAMN
      FKBLAGRUS FKKBAMX FKKBAMXKT FKMSAGRAMN FKMSAGRAMX KBAGRMN
      KLFKBLAGR KLZKKBAGR MSFKAGRMN MSFKAGRMX MSGRDAGRS MSKBAGRKT
      MSKBAGRMN MSKBAGRMX MSOFAGRKT MSOFAGRMN MSOFAGRMX NAGRAMN
      NAGRAMX OFVPAGRMN OFVPAGRMX PSREBAMN PSREFAMN PSREOAMN
      PSREOAMNKT PSSAGRAMN PSSAGRAMX TAONAGRA TDTAGRA TMAGRAMN
      TVENKBA TVTKAGRA ZKFKAGRKT ZKFKMSAGRA ZKKBAGRKT ZKOFAGRKT
      ZKOFVPAGR ZKPVAGRDS ZKWBLAGRS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWKTAGRA KLAF KLDPBMSAGR PSPVDKUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agron B_agrvbb B_apslmdse B_bkvmsisr B_dagrss B_dagrssf
      B_dteaam B_dtest B_edss B_faagr B_fgblagrs B_hmm
      B_hom B_lbkg B_ofagreg B_pwf B_sch B_zdagrss
      fktpbagr_w ftmagr mnagrsuk_w msagrds_w msnagrv_w nmot_w
      paagreo_w psdss_w pslm_w pspvds_w psrexts_w psrext_w
      pssol_w tmotk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enfk B_enfkagr B_enkb B_enkbagr B_enof B_enofagr
      B_fgabgagr B_ktagra B_ktagrs B_tkktagra dmrdagr_w fkblagrs_w
      fkblagr_w fkmsagr_w ofvpagr_w wblagrs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bgagraLokBits20ms B_enkagr B_fgagral B_fgagrap B_fkkbamx dpapvagr_w
      erpslmx_w erpslm_w fkblagkl_w pspvagrd_w pvagrvbg_w pvagrvds_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGAGRDS
    "1.40      Berechnungsgroesse AGR-Massenstrom aus Druckmessung"

    /begin DEF_CHARACTERISTIC
      MSAGRDSMX ZKMSAGRDS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fvisrm_w psdss_w rfdsorgi_w rlfgroh_w umsrln_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      msagrds_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpsdss_w msagrdsz_w rfrerods_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGAGRSOL
    "6.100     Berechnete Groesse AGR-Sollrate"

    /begin DEF_CHARACTERISTIC
      DENRRIESF FLBKAGRU FRAGRSAB FRAGRSMN FRAGRSZU KFRRIEHMMA
      KFRRIEHMMS KFRRIEHOMA KFRRIEHOMS KFRRIEHOSS KFRRIEHSUA KFRRIEHSUS
      KFRRIESCHA KFRRIESCHS KFRRIESKHS KFRRIEST KLKORIRSCH KLRRIESHM
      KLRRIESHO KLRRIESSH ORRIESHMM2 ORRIESHMMT ORRIESHOM2 ORRIESHOMT
      ORRIESSCH2 ORRIESSCHT RLRDAGRS RRIESAP RRIESRMN RRIEXTSMZ
      TVRRIESF ZKRRIEHSF ZKRRIENHSF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI12AGUW SNM14AGUW SPU06AGUW SRK12AGUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agrhen B_agrsen B_agrsr B_bdemz B_cwagrhap B_dagrss
      B_faagr B_fpwdkap B_hmm B_hmmagrs B_hom B_homagrs
      B_hos B_hosagrs B_hspagrs B_ofagreg B_rriesap B_sch
      B_schagrs B_skh B_skhagrs B_wdksap esst_smi12aguw esst_snm14aguw
      esst_spu06aguw esst_srk12aguw flb_w frrieslu_w miglsol_w nmot_w
      psmxhoss_w psmxschs_w psmxskhs_w pssol_w pu_w reclagre_w
      rfremxs_w ririhmms_w ririhoms_w ririhoss_w rirint_w ririschs_w
      ririskhs_w rk_w rlsol_w rl_w tansk_w tmotk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agron rfrextfs_w rfrexts_w rirehoms_w riremxs_w rireskhs_w
      rirextfs_w rirexts_w rlaw_w rlrextfs_w rlrexts_w rriehmms_w
      rriehoms_w rriehoss_w rriehsk_w rrieschs_w rrieskhs_w rriextfs_w
      rriexts_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dphossol_w dpschsol_w dpskhsol_w fkhrrihm_w fkhrriho_w fkhrrish_w
      fkorrhos_w fkorrsch_w fkorrskh_w fragrs_w rriehmxs_w rriehskk_w
      rriemmxs_w rriesmxs_w rriextsa_w rriextss_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGARNW
    "3.20      Berechnete Größe Anforderung Nockenwellenadaption"

    /begin DEF_CHARACTERISTIC
      HYNMOTNW HYRLNW KFNWADE KFNWADGE TMWAFMN TWAFMN
      TWAFMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_phade B_stend nmot rl_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BGARNWausbits B_nwflade
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BGARNWlokbits B_fphad B_nwadae B_nwadage nmotkf rlnwkf
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGBN
    "1.10      Berechnete Größe Bordnetzversorgung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_airbag
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BGBNausbits0 B_bvhfm B_bvhls
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGBVG
    "2.70      Berechnete Größen Brennverfahrensgrenzen"

    /begin DEF_CHARACTERISTIC
      BDEMODPR CWBGBVG DLAMNHOM DLAMNHOS DLAMNSCH DLAMNSKH
      DLAMXHOM DLAMXHOS DLAMXSCH DLAMXSKH HYMBDEMBV HYNBDEMBV
      KFBDEMBV KFLADMXHMM KFLADXHMMA KFLAHMM KFPSMXHMM KFPSMXHOS
      KFPSMXRKAP KFPSMXSCH KFRLMNSCH KLPROV KLPSMXSTOF KLPSOFFAK
      KLSLADMN KLSLADMX LADMNHMMN LAMNHOMN LAMNHOSN LAMNSCHN
      LAMNSKHN LAMXHOMN LAMXHOSN LAMXSCHN LAMXSKHN RLMNHMM
      RLMNHOS RLMNN RLMNSAKT RLMNSAN RLMNSKH RRIELAHMM
      SMI08PS1UW SMI08PS2UW SMI08PS3UW SNM08PS1UW SNM08PS2UW SRK08PS1UW
      TANVKSL TAVVKSL THKSLMN THKSLMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ETALAM ETALAMSC SNM08LAUW SNM08PS3UW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anzti B_fglahmm B_fgzwhmmc B_hmm B_hmmfes B_hmms
      B_hosfes B_nobdem B_psmxrkap B_sa B_schfes B_sgs
      B_skhfes esst_snm08lauw esst_snm08ps3uw mdslw_w mifa_w miglsol_w
      misol_w mivbeb_w nmot nmot_w prist_w prsollu_w
      rk_w rlrints_w rltedte_w rriext_w tanvk_w tavvkm_w
      tkihkm_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodbv B_fgzwhmm B_hksbv B_hmmbv B_hmmlgs B_hmmlgu
      B_hombv B_hosbv B_schbv B_skhbv B_sladmn B_sladmx
      eladnhmm_w eladnhos_w eladnsch_w eladnskh_w eladxhmm_w eladxhos_w
      eladxsch_w eladxskh_w elamnhmm_w elamnhos_w elamnsch_w elamnskh_w
      elamxhmm_w elamxhos_w elamxsch_w elamxskh_w esst_smi08ps1uw esst_smi08ps2uw
      esst_smi08ps3uw esst_snm08ps1uw esst_snm08ps2uw esst_srk08ps1uw ladmnhmm_w ladmnhom_w
      ladmnhos_w ladmnsch_w ladmnskh_w ladmxhmm_w ladmxhom_w ladmxhos_w
      ladmxsch_w ladmxskh_w lamnhmm_w lamnhom_w lamnhos_w lamnsch_w
      lamnskh_w lamxhmm_w lamxhom_w lamxhos_w lamxsch_w lamxskh_w
      psmxhmms_w psmxhoss_w psmxschs_w psmxscst_w psmxskhs_w rlminhmm_w
      rlminhom_w rlminhos_w rlminsch_w rlminskh_w rlmnsa_w rlmn_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_pristov filahmm ladnhmmv_w ladxhmma_w ladxhmmv_w ladxhmoa_w
      misobdembv misobv_w nmotbdembv rriehmml_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGCVN
    "2.10      Berechnete Größe Calibration Verification Number CVN"

    /begin DEF_CHARACTERISTIC
      CALIBID CVNIO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_m9cvn
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgcvn_bits B_cksbrdy cvn
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_cksbeok
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGDSAD
    "1.30      Berechnete Größen für Drucksensoren-Abgleich"

    /begin DEF_CHARACTERISTIC
      OFDSSMN OFDSSMX OFIPSRMN OFIPSRMX OFPSRMX TDDPUPSR
      TDIDSSU TTOOTHMN ZIDSSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_edss B_nmin B_pug B_pwf psdssr_w pu_w
      ttooth10ms
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgdsadAusBits bgdsadAusBitsNov B_eplpupsr B_nldpupsr ofdss_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpupsrof_w ofdssi_w ofpsrabs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      DFPM_BGDSAD
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGDVE
    "3.110     Größen für DV-E-Ansteuerung aus Lern- und Prüfroutinen"

    /begin DEF_CHARACTERISTIC
      CWDVEFO DKPSTGMIN DLRPIDSTMN DUDKNLPO DUDKNLPU DUDKPTMP
      FPRAT FPRMT FPRNMAX FPRTIM1_T FPRTIM2_T FPRTIM3_T
      FPRTIM4_T LRNST1_T LRNST3_T LRNST7_T LRNST9_T LRNVB_T
      NLPST1T NLPST2T TDKNACH TDLRPIDMX TMSUTMUMA TTMUMASTA
      UANAUFRP UANNMAX UANPEDMAX UANPIDMIN UANPIDMINA UANUATS
      UANVFZG UANZURP UAN_O_MT UAN_STORE UAN_U_MT UB_UANL
      UDKNLP1N UDKNLP2N UDKP1AMAX UDKP1AMIN UDKP1AURI UDKP1DUS
      UDKP1NHUB UDKP1VID UDKP1VOMA UDKP1VOMI UDKP1VOSC UDKP1VUSC
      UDKP1VVMA UDKP1VVMI UDKP2AMAX UDKP2AMIN UDKP2AURI UDKPALOS
      UDKPAOFF UDKPATMX UPVGNENN WDKFPRO1 WDKFPRO2 WDKFPRZ1
      WDKFPRZ2 WDKNLPMA WDKNLPMI WDKNSTORE WDKSFPR WDKSFPRO
      WDKSTMUMA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DUDKP1HY
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dcdisfr B_dknolu B_dknot B_dkp1e B_dkp2e B_dkpiu
      B_dlrspid B_dvete B_i_ska_um B_lrndia B_pwf B_stend
      B_ubdve B_wdk2sel dlrspid_w nmotll tans tmot
      ub ubrsq udkp1v_w udkp1_w udkp2_w vfzg
      wdkba_w wdks_w wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_abgle B_dcdisr B_dkaden B_dlrien B_dveada B_dvetv
      B_fproab B_fproe B_fprook B_fprordy B_fprovb B_fprrdy
      B_fprzab B_fprze B_fprzok B_fprzvb B_lrnakt B_lrnerf
      B_lrnfg B_lrnrdy B_lrntesa B_lrnvb B_lrnws B_nlpe
      B_nlperf B_nlpnew B_umae B_umauab dkpstg_w dlrmxt
      dveadchst fprstep_c lrnstep_c tloop_w tmpumast ttmumad_w
      udknlp1 udknlp2 udkp1a udkp1asr_w udkp1as_w udkp1a_w
      udkp1sv udkp1vou udkp1vo_w udkp1vv udkp1vv_w udkp2a
      udkp2asr_w udkp2as_w udkp2a_w udkpat_w wdkada_w wdknlp
      wdknlpr wdknlp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BGDVEintbits B_dknach B_fprakt B_nlpreq fprtim_c lrnstat
      lrntim_c lrnvb_c nlp1tim tdknach_w ubuanlr udknlp1r
      udknlp2r udkp1aalt udkp1rob udkp1run udkp1vor udkp1vrob
      udkp1vrun udkp1vvr udkp2aalt wdknlpr_w wdkvabob wdkvabub
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGELSV
    "1.40      Berechnete Größe Fehler LSV"

    /begin DEF_CHARACTERISTIC
      CWBGELSV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BGELSVLokBits
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      DFPM_BGELSV
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGEVAB
    "4.10      Berechnung der tatsächlichen Reduzierstufe durch EV-Abschaltung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      evz_austot stateaevab zzbank
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bevab B_evakt B_evloc redist redistb1
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGFAWU
    "1.50      Berechnete Größe Fahrerwunsch"

    /begin DEF_CHARACTERISTIC
      DHYMBDEMF DLAMOB HYMBDEMF HYNBDEMF KFBDEMFA KIHYMBDE
      LAMFA LAMFAS THYMBDE TLAFA TLAMFAS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kh B_kuppl fho mdslw_w mifa_w mrfa_w
      nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodfa B_lamfa hymbdefa lamfa_w mfavmlw_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bdemodfanv bdemodfaov B_hymbdeki B_lamfas B_timehym hymbdemx
      mbdemfa nmotbdemfa
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGFKMS
    "3.10      Berechnete Größe Korrekturfaktor Massenstrom"

    /begin DEF_CHARACTERISTIC
      CWBGFKMS DFKMSMN DFKMSMX DFKPVMN DFKPVMX DRLNFHFTZF
      FKMSDKMN FKMSDKMX FKPVDKMN FKPVDKMSMN FKPVDKMX FKPVDKPMN
      FKPVDKPUGD KIMSALL KIMSALLGA KIMSALLKT MSDKMSNDKO MSLG
      NMOTFADKMN NMOTFADKMX OFMSNDKMN OFMSNDKMX OFMSNDMSMN OFMSNDMSMX
      RFREXTSABG TDABGLST TDBKVFGABG TDDTEVFGAB TDFGABOAGR TDMSDKS
      TDSAFGABGL TMOTFADK ZFKMSDKSNW ZKMSDKDSKT ZKMSDKTDSS ZKPVDKT
      ZKPVDKTGA ZKPVDKTKT ZMSDKAGRON ZRFKMSDK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DAFKPVDKE DAOFMSNDKE
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_adkose B_agron B_agrsg B_bkvmsisr B_dteaam B_dtest
      B_edks B_edss B_ehfm B_falzsr B_fkmsdks B_pwf
      B_sa dmsnte_w msndks_w nmot_w ps_w pvdkds_w
      rfrext_w rlfdkroh_w rlfgds_w rlfglm_w rlflmroh_w rl_w
      tmot tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agrinsr B_fgabgl B_fgsabgl B_fkmsmn B_fkmsmx B_fkpvdk
      B_fkpvmn B_fkpvmx B_msndko B_ofmsndk dfuelsan_w fkmsdkg_w
      fkmsdks_w fkmsdk_w fkpvdkg_w fkpvdk_w ofmsndk_w pspvds_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_inilabgl B_iniomsdk B_inisabgl dvrlnfhf_w fkmsdksg_w msndkoks_w
      rlzuhfs_w rlzunfs_w vrlnfhf_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGGNSOL
    "1.10      Berechnete Größe Getriebesolldrehzahlbeeinflussung"

    /begin DEF_CHARACTERISTIC
      KFGNSOL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend tmot tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fgnsol
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGKMST
    "2.20      Berechnete Größe: Kilometerstand"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kmmil fcmEnd FCMTab vfzg_u
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      kmstmil_w kmst_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGKV
    "14.10     Berechnungsgroesse verbrauchter Kraftstoff"

    /begin DEF_CHARACTERISTIC
      KSDBGKV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KUMSIRL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_evzaush B_evzauss rkte_w rk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      vsksml_w vsks_w vtrip_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      cycbgkv_w rksum_w vapp_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGLAMABM
    "1.50      Berechnete Größe Lambda im Abgas Modell"

    /begin DEF_CHARACTERISTIC
      CWLAMABM DOXSG DYNLSULAU FOSCFAVK FPLSOSCF FRSCFAVK
      KFOSCFN KFRSCFN VNVKVHK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      avkatf B_pwf B_sbblsu dfstlrf_w dlahi_w dlaso_w
      dlrrie dynlsu_w lamsoni_w lamsons_w lamzak_w msabg_w
      msabnvk_w msaovvk_w tanvk_w tavhk_w tkivkm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      lamsonk_w lanvkm_w lavhkm_w lavvkm_w oxsfk_w tnvkvhk
      tsovhk_w tsovvk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_fkleer B_fkvoll B_mtllanv B_oxintfk coxinfk_w dlaoffs_w
      foscfk frscfk hoscfkm_w hrscfkm_w oigoxfk_w oscfn_w
      oxinfk_w rscfn_w uigoxfk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGLAMBDA
    "1.20      Berechnete Größe Lambda aus Sauerstoffsignal LSU"

    /begin DEF_CHARACTERISTIC
      KFLAMAGR LALIO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agr B_sbblsu lamsons_w nmot o2adap_w rl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fklsol B_sbbvk lalsuvj_w lamsonb_w lamsoni_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      flamagr flamagri flamsls
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGLASO
    "4.20      Berechnung Lambdasondesoll und reziprokes Lambda"

    /begin DEF_CHARACTERISTIC
      CWBGLASO FRIRLABBR FTLRSSCH TFRECILAM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ddkds B_hom B_rkapp B_sch B_stendes lamsbg_w
      redistb1 rir_w rkkhm_w rk_w rldte_w rllaso_w
      tlrs_w zlrs_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lasostc evabkor_w labbrm_w lamsbrs_w lamsons_w laoikrm_w
      recilamf_w recilam_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_totab invlamf_w invlam_w rklabbr_w rllabbr_w tlrsk_w
      zylzab
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGLBZ
    "8.10      Berechnete Größe Ladebilanz der Batterie"

    /begin DEF_CHARACTERISTIC
      CWLBZAPP DLBZ ZKLBZ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      LBZO1 NSLBZFS NSLBZLL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fs B_nlbzanf nstat
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bglbzausbits B_nlbzakt lbz
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGMNOREG
    "2.90      Berechnung Speicherinhalt NOx aus Regeneriergasverbrauch"

    /begin DEF_CHARACTERISTIC
      FO2MF FRMNO2B LSVZFMMN LSVZMFMN MNOSPAR TDIFMAX
      TKAMN TKAMX TMNLAFM TMNLAMF TREGMX USHKFM
      USHKMX USHKOS USHKUS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_denox B_endreg B_faagr B_fusfk B_fushk B_lammag
      B_sa B_sbbhk B_sbblsu lamsoni_w lamsons_w lavhkm_w
      mnospms_w mnospug_w mo2span_w mo2spsr_w mo2sp_w msab_w
      tkihkm_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rego ftko2sp_w mo2fm_w nosg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ablabs B_ablama B_fufkreg B_fufkrg B_ktpagr B_lamsw
      B_lsonif B_lsonim B_mnospar B_oregl B_regolsw B_sendreg
      B_sfmt B_stlabs B_stlama B_stushk B_ushkmg B_ushkmx
      lsvzfm_w lsvzmf_w mnosper_w mnospsr_w mo2fmkb_w mo2mf_w
      mo2spbr_w mo2sper_w mso2fm_w tdifuos
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGMNOSPM
    "1.50      Berechnung NOx-Speicherinhalt aus Katalysatormodell"

    /begin DEF_CHARACTERISTIC
      ETARED EXPFKT FATMSRE FRGNO2B KFMO2SP KFTNODB
      KFWRNOHK KIKB LAMSPE SRG08SKUW STK08SKUW TFMSNOVHK
      TFTNODB TFWRNOHK VNOKAT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_endreg B_nswo2 ftko2sp_w lavhkm_w msab_w msnovhk_w
      tkihkm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lammag B_mnospl mnospm_w mnospug_w mo2span_w mo2spsr_w
      mo2sp_w msnohkm_w msnospa_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bnokat_w B_imnospr esst_srg08skuw esst_stk08skuw fatmsre_w fnospbp_w
      fnospsi_w msnospe_w msnvhkf_w mso2spa_w msre_w msrg_w
      nospexp_w rgnokat_w spfno_w tnodbf_w tnodb_w wrnohkf_w
      wrnohk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGMSABG
    "7.20      Berechnung Abgasmassenstrom - bankabhängig"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWAGRVBP
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      msagr_w msfabr_w rkg_w umsrln_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mabghks_w mabikrs_w mabnavs_w mabnhks_w mabnvks_w mabvhks_w
      mabvvks_w mlbb_w msabg msabghk_w msabgs_w msabg_w
      msabikr_w msabnav_w msabnhk_w msabnvk_w msabvhk_w msabvvk_w
      msaovvk_w verhmsb_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      msagrb_w mskgb_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGMSDK
    "3.10      Berechnung Massenstrom über Drosselklappe"

    /begin DEF_CHARACTERISTIC
      KFMSNWDKVP KLAF KMSDK PSPVDKUG PSPVDKUGMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_edss depsdss_w fkmsdk_w fpvdkds_w ftvdk_w msdkmx_w
      msdkugd_w ofmsndk_w psdss_w pslmsm_w ps_w pvdkds_w
      wdkba_w wdkugd_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ugd dmsdkugd_w fklaf_w fpvdk fpvdk_w frhodk_w
      frhovdk_w msdkoue_w msdk_w msndkoo_w msndk_w pspvdb_w
      pspvdkds_w pspvdk_w pvdk pvdk_w umsnms_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_pugd kmsdk_w msdkvf_w psdsssm_w vpsmsvdk_w wdkbab_w
      wdkbam_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGMSDKS
    "3.20      Berechnung Sollmassenstrom über Drosselklappe"

    /begin DEF_CHARACTERISTIC
      UMSRLNMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWRLAPPL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agrgsg drlfue_w fupsrl_w mste rirextfs_w rirext_w
      rirint_w rlopregs_w rlrextfs_w rlrext_w rlrint_w rlsol_w
      umsrln_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mlsol_w msdks_w pssol_w rlfgks_w rlfgs_w umsrlnk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGMSDSS
    "1.10      Berechnung Luftmassenstrom aus Signal DS-S als Hautfüllungssensor"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      dpsfgds_w fvisrm_w mste rlfgds_w umsrln_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      msdkds_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGMSNOVK
    "1.70      Berechnungsgröße NOx-Rohmassenstrom"

    /begin DEF_CHARACTERISTIC
      KFAGRKH KFAGRKS KFMSNOH KFMSNOS KFNOTE KONOHLAM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmm B_hos B_nswo2 B_sa B_sch B_skh
      fkatei_w lamsbg_w miglsol_w msabvhk_w nmot_w rkg_w
      rri_w tlrs_w tsovhk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      msab_w msnovhk_w tgala_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bmsnosb fagrkh_w fagrks_w fnote_w msnohmx_w msnoikr_w
      msnosmx_w msnovy_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGMSUGD
    "3.40      Berechnungsgröße  Massenstrom ungedrosselt"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      PSPVDKUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmmfes B_homfes fupsrl_w mste ofpsxs_w pbrint_w
      psmxagrs_w pvagrv_w pvdkds_w rfrexts_w rlfgks_w umsrlnk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agrugdmn msagrmx_w msagrugd_w msagugds_w msdkmx_w msdkugds_w
      msdkugd_w psugd_w rfextmx_w rfextugd_w rfexugds_w rfinugds_w
      rldkmx_w rldkugds_w rldkugd_w rrsexts_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rforidmx_w rforidug_w rforiemx_w rforieug_w rforiugs_w rrsdugds_w
      rrseugds_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGNG
    "5.20      Berechnete Größe Drehzahlgradient"

    /begin DEF_CHARACTERISTIC
      ZNGFIL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_w tseghi tseg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ngasok B_syn2nd dnmotas_w dnmot_w irspsyn ngas_w
      ngfil ngfil_w nmotas_w nmotrsp_w tsas_w tsegrsp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGNLLKH
    "1.40      Berechnung der erhöhten LL-Drehzahl zum Katheizen (BDE)"

    /begin DEF_CHARACTERISTIC
      CWBGNLLKH CWNLLKH KFNSKHLL NFSKHM NLLKHM STM06KHUB
      TDKHAKHN TDNSTKHN TKHFSAB TKHNAB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvnkhab B_fs B_kh B_kha B_ll B_llrein
      B_stend B_vllr fho_w frhol_w tmot tnse_w
      wistr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_khn esst_stm06khub frhokor_w nfskh nllkh
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_khnfrei nmaxllkh
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGNMOT
    "5.60      Berechnete Größe Drehzahl"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bm B_nmin tnbm1_w tnbm_w tr_zeit tr_zeit_msb
      zztab
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      nmot nmotll nmotllfil nmot_w tseghi tseg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGPABG
    "2.20      Berechnete Groesse Abgasgegendruck"

    /begin DEF_CHARACTERISTIC
      FPVHKMSAB FPVHKTTA FPVVKMSAB FPVVKTTA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      msabvhk_w msabvvk_w pu_w tkihkmm_w tkivkmm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fpabnav_w pabnav_w pabvhk_w pabvvk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpabvhk_w dpabvvk_w fpvhkt fpvhk_w fpvvkt fpvvk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGPBR
    "2.10      Brennraumdruckmodell BDE"

    /begin DEF_CHARACTERISTIC
      INIDPKH KFPBRA KLPBR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_berhom B_bersch B_berskh prist_w ps_w rks_w
      wesmkh_w wesms_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dprpbrh_w dprpbrkh_w dprpbrs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      pbrkh_w pbrs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGPEXT
    "2.10      Berechnung Partialdruck durch externe AGR"

    /begin DEF_CHARACTERISTIC
      PSIREXHMN PSIREXHMX PSIREXSMN PSIREXSMX PSLREXHMN PSLREXHMX
      PSLREXSMN PSLREXSMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hos B_sch B_skh fvisrm_w pslm_w reclagre_w
      rfges_w rforgi_w rfrexroh_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      psirext_w pslrext_w psrext_w rfrext_w rirextro_w rirext_w
      rlrextro_w rlrext_w rrext_w rriext_w rrlext_w rrsext_w
      rrsiext_w rrslext_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGPIRG
    "3.40      Berechnung des internen Restgasanteils"

    /begin DEF_CHARACTERISTIC
      FKL2HYSTMN FKL2HYSTMX FLBKKLP2 FPVMXST FUPSRLMN FUPSRLMX
      KFFUPSRLK KFPRGE KFPRGKL2E KFURLE KFURLKL2E KISRM
      KISRMKL2 KLPIRGRESN KLPRGAGPS PBRINTMN PBRINTMX TFRELABBR
      ZVTPRGSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_st fho_w flb_w fpabnav_w ftbr_w ftsr
      labbrm_w nmot_w pabnav_w ps_w pvdkds_w rfges_w
      rfrext_w rlfg_w rlrext_w wnwvu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fkisrm_w fprgagps_w fupsrluk_w fupsrl_w fvisrm_w fwnwvs_w
      pbrintuk_w pbrint_w pirgres_w pirg_w psmx_w rfrint_w
      rfr_w rirint_w rir_w rlrint_w rlr_w rri_w
      rr_w xfvisrm_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dfrlkl2a_w dfrlkl2e_w dfupsrla_w dfupsrle_w dpbra_w dpbre_w
      dprgkl2a_w dprgkl2e_w ffupsrlk_w fkl2_w fpsrlroe_w fupsrlro_w
      furla_w furle_w furlia_w furlie_w furlkl2a_w furlkl2e_w
      furlsua_w furlsue_w pbrintna_w pbrintro_w pbriroe_w pirgia_w
      pirgie_w prga_w prge_w prgkl2a_w prgkl2e_w prgsua_w
      prgsue_w relabbrf_w relabbr_w relamprg_w vpspanav_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGPRGS
    "2.10      Berechnungsgröße internes Restgas Sollwert"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      FLBKKLP2 FUPSRLMN FUPSRLMX KFPRGE KFPRGKL2E KFURLE
      KFURLKL2E PBRINTMN PBRINTMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_homagrs B_homfes B_schagrs B_schfes fho_w flb_w
      ftbr_w fwnwvs_w nmot_w wnvuhoms_w wnvunhss_w wnvuschs_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fupshoms_w fupsnhss_w fupsschs_w pbrihoms_w pbrinhss_w pbrischs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fupehoms_w fupenhss_w fupeschs_w fupohoms_w fuponhss_w fuposchs_w
      pbrehoms_w pbrenhss_w pbreschs_w pbrohoms_w pbronhss_w pbroschs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGRFIS
    "1.40      Berechnung relative Sollfüllung intern"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      rfrint_w rirint_w rlrint_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      rfrihmms_w rfrihoms_w rfrints_w rfrischs_w ririhmms_w ririhoms_w
      ririhoss_w rirints_w ririschs_w ririskhs_w rlrints_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGRLFGZS
    "1.20      Berechnung zufließende Frischluftfüllung zum Saugrohr"

    /begin DEF_CHARACTERISTIC
      CWBGRLFGZS DDRLDKZU KUMSIRL RLNOT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      dfuelsan_w dmsdkugd_w fkmsdkg_w fkmsdk_w lambts_w msdkoue_w
      msdk_w mshfms_w mste nmot nmot_w pssol_w
      pvdkds_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mszsdkb B_mxrlroh msdkalm_w msdkhfm_w rldvs_w rlfdkroh_w
      rlfgroh_w rlflmroh_w rlroh_w umsrln_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_edsli drllad_w rldkofk_w rlnotn_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGRLG
    "1.10      Berechnete Größe RL-GRADIENT"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ngasok irspsyn rl_w tsegrsp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      drlas_w rlgas_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rlrsp_w tas_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGRLP
    "21.10     Berechnungsgröße rlp prädizierte Luftfüllung"

    /begin DEF_CHARACTERISTIC
      DRLRLPU FGDPSMPDVS FPVMXP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFMSNWDKVP KLAF PSPVDKUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_rlp dpsfg_w drl_w frhovdk_w fupsrl_w fvisrm_w
      fwprs_w msdkmx_w msdkugd_w msdk_w ofmsndk_w ps_w
      pvdkds_w rl_w umsrln_w wdkbap_w wdkugd_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      drlp_w rlp rlp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpsfgk_w dpspps_w drlfdkrp_w drlmprl_w msndkpk_w psmppvdk_w
      psmp_w pspmx_w rlpnb_w rlpu_w wdkbapb_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGRLSOL
    "5.50      Berechnungsgröße Sollfüllung"

    /begin DEF_CHARACTERISTIC
      CWBGRLSOL CWRLAPPL DRLRLSOLUM RLSOLAP RLSOLAPW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agrgsg B_hmm B_hmmfes B_hom B_homfes B_homhmmf
      B_homschf B_hos B_hosfes B_mwfes B_rkapp B_sa
      B_sch B_schfes B_skhfes fho_w fupsrl_w nmot
      nmot_w ofpsxs_w psxhmms_w psxhoss_w psxschs_w psxskhs_w
      rirehoms_w rirext_w ririhmms_w ririhoms_w ririhoss_w rirint_w
      ririschs_w ririskhs_w rlkhskhs_w rlmdhmms_w rlmdhoms_w rlmdhoss_w
      rlmdmxh_w rlmdschs_w rlmdskhs_w rlminhmm_w rlminhom_w rlminhos_w
      rlminsch_w rlminskh_w rriehmms_w rriehoss_w rrieschs_w rrieskhs_w
      rriextfs_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mdmin B_mwfe pssolhom_w rlmin_w rlmxhmms_w rlmxhoss_w
      rlmxschs_w rlmxskhs_w rlopregs_w rlshk rlshk_w rlsolhmm_w
      rlsolhom_w rlsolhos_w rlsolsch_w rlsolskh_w rlsol_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_rlsolsa rfmxhmms_w rfmxhoss_w rfmxschs_w rfmxskhs_w rlophoss_w
      rlopschs_w rlopskhs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGRML
    "1.20      Berechnungsgröße relative Luftmasse nach SAE J1979 Mode $01 + $02 PID $04"

    /begin DEF_CHARACTERISTIC
      MLMAX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fpvdk_w ml_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      rml
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGRPS
    "1.40      Berechnungsgröße für ps-Regler"

    /begin DEF_CHARACTERISTIC
      DPSXSPS FKKISRM KOFPSXS OFPSXSMN OFPSXSMX TDPRHOMHMM
      TDPSXSFIL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agrgsg B_dteaam B_dtest B_hmm B_hmmfes B_hom
      B_homfes B_hosfes B_sa B_schfes B_stend fkisrm_w
      nmot_w psdss_w psxs_w rlmxhoss_w rlmxschs_w rlmxskhs_w
      rlsol_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ofpsxs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BGRPSlokbits0 B_fofpsxs B_fpsreg dpsxsps_w psxsfilv_w psxsfil_w
      zkpsxs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGSIK
    "2.170     Berechnungsgröße Schwefelinhalt NOx-Speicherkatalysator"

    /begin DEF_CHARACTERISTIC
      ANOSGAMX AVSUMX CWBGSIK DTSUMN DTSUSPF DVFZGDESU
      DVFZGSU DVSUSPF FKOMSSU FNOSG FSAUF FTREALKAH
      FWSREALDES FWSREALKAH IWMATMWMN KFBSI KFLDESU KFSUOUT
      KFTKSU KITKSU KPTKSU LAMSUF LAMSUSM LAMSUSPO
      LAMSUSPU MSULO MSUMN MSUMX MSUSPAP MSUSPIBG
      MSUSPINI MSUSPMX MSUTREG NOSGFILMN NOSGINIT SREGLAM
      SSL08SKUW SST08SKUW SSU08SKUW SUGIKS SUSPTK TKAHKUMF
      TKAHKUMMX TKAHSUMX TKAHSUOG TMOTKSUMN TMSTWMN TSUMN
      TSUSPF TSUSPZWM TSUZWM TVFZGMN TVSFREI TVTSUZWM
      TVVZWM VFZGDESU VFZGSUMN VFZGSUWMN VKAHMN VSUSPF
      VSUSPZWM VZWM ZKDESERFF ZKNOSGFIL ZKTSUZWMF ZKTSUZWMS
      ZKVKAHMN ZKVSUZWM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      STK08SKUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_adesuf B_adesugt B_ate B_desuac B_fadesu B_nosgmw
      B_oreg B_pwf B_sbbhk esst_stk08skuw fspamw_w fspa_w
      iwmatm_w lavhkm_w msab_w taikrm_w tkihkm_w tmotk
      tmst treal_w vfzg vsks_w wsreal_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodsu B_desend B_desenfa B_deserf B_desu B_fkahkum
      B_kahsu B_kahsue B_lamsu B_sfrei B_suaus B_susplo
      B_sutanf B_suwsanf esst_ssu08skuw lamsusf_w lamsusm_w lamsu_w
      msusp_w nosgfil_w tanfsu_w vsksmw_w wsanfsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anosga_w avsu B_anosgamx B_deserfbg B_deserfmo B_desuzwm
      B_fkahsu B_idesu B_ikahsu B_ikahsue B_ilamsu B_lamsua
      B_nosgmn B_rbdesu B_sumg B_tmotksu B_treg B_tsu
      B_tsuzwm B_tvsfrei B_vfzgdesu B_vfzgsu B_vsuzwm dtasui_w
      dtasup_w esst_ssl08skuw esst_sst08skuw fkomas_w fmsusp_w ibdemodsu
      itanfsu_w iwsanfsu_w mssuaus_w mssuein_w msuspa_w msuspe_w
      nosgref_w rdtksu_w subelst_w subel_w tkahkum_w tkahsu_w
      tksusol_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGTABST
    "11.50     Berechnete Größe Abstellzeit"

    /begin DEF_CHARACTERISTIC
      CWBGTABST LNXQTM TNLSGM ZKTABTU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nachlstp B_nlwst B_nmin B_pwf B_stend B_tumnpl
      tmotab tmst tumg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgtabstBits1_50ms bgtabstBits2_50ms bgtabstBits3_1000ms B_abstgp B_abstnlgp B_abstnpl
      tabsnl0_w tabsnl_w tabstm_w tabst_w tabsuhr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_abstmnpl B_abstnlg0 B_abstuhrg B_pltab B_tabuhrof B_uhrnpl
      xqtm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGTEV
    "8.40      Berechnungsgröße Massenstrom TEV"

    /begin DEF_CHARACTERISTIC
      FLTEFUEL KAFLTESG KFDPVL KLAFTE KMLTESG MSNTATE
      MSNTEVO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dteaa fho_w ftvdk mshfm_w ps_w pu_w
      tans tateist_w vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ftho_w msntevo_w mste mstedte mstedte_w msteo_w
      mste_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fafte_w mleitmx_w mleit_w msntetev_w mstetev_w phtevpu_w
      pvl_w qltefil
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGTMPK
    "6.10      Füllungserfassung Berechnung Temperaturkompensation"

    /begin DEF_CHARACTERISTIC
      CWTEMPK DTWAGRMN DTWAGRMX FKFWVWSR FTVDKTAVDK FWFLDKVVDK
      FWFTBRTA FWLKFTBR GTHMOTWSR GTHMSAGRDK GTHUSRW KAPDK
      KAPFSR KAPWSR KAPWSRBAGR KFWTBR KLFAKTABGM KLFWVSW
      KLGTHZSR KLTAEVO KUMSDKVVDK KUMSVAGR TMOTWRMK TWANDAPP
      ZBRT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkta msagrds_w msagr_w msdk_w nmot_w pabnav_w
      pbrint_w psdss_w ps_w pvdkds_w rrsext_w tagrsr_w
      taikrm_w tasrg_w tavdkg_w tmotk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      evtmod ftbr ftbr_w ftsr ftsr_w ftu
      ftvdk ftvdk_w tadk_w taev_w tasrm_w tasr_w
      tavdk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dqdk_w dqfsr_w dqwsr_w dtadk_w dtzusr_w ftw_w
      fwvsrw_w mszusr_w qinsr_w qmotwsr_w qmsagrdk_w qmsdkdk_w
      qsrwsr_w quwsr_w tabgabr_w tbr_w tdk_w tempin_w
      tfgabr_w thdk_w tmischbr_w tmotdifk_w twdsrtdk_w twdsr_w
      twsrbagr_w twvev_w tzusr_w vmsagr_w vmsdkvdk_w vpspabna_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGTUMG
    "7.30      Berechnete Größe Umgebungstemperatur"

    /begin DEF_CHARACTERISTIC
      CWKONGTU DTMTATUM IMTUMTA KFDTUMTAV NTUMTA TABMNTUM
      TDTUM TMMXTUM TMSTUTAMN TUMTAI TVTUMTA VTUMTA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abstgp B_ctum B_ctume B_nmot B_pwf B_stend
      B_tmsrt ctum imlatm_w nmot tabst_w tans
      tmot tmst vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgtumgBits_1000ms B_tumkst B_tumnpl tum tumg tumgk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tumtmp
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGWDKHF
    "4.10      Berechnung Winkel Drosselklappe aus Signal d. Hauptfüllungssensors"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFWDKMSNVP MSLG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dssakt B_dssg fklaf_w fpvdkds_w ftvdk msdkds_w
      msdkhfm_w pspvdb_w wdks_w wdkugd_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_wdkhfg B_wdkhfu wdkhf_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      msnhf_w wdkhfu_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGWDKM
    "1.11      Berechnung Dk-Winkel Modell"

    /begin DEF_CHARACTERISTIC
      ZWDKM1 ZWDKM2
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      wdksp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      wdkbap_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGWPFGR
    "2.20      Berechnungsgröße rückgerechneter Pedalwert bei FGR"

    /begin DEF_CHARACTERISTIC
      CWBGWPFGR KFWPFGR TFWPFGR WPFGRBMR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fgren mrfgr_w nmot_w zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      wpfgr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGWPR
    "2.30      Berechnete Größe Prädiktionswinkel"

    /begin DEF_CHARACTERISTIC
      CWBGRLP DWPRHOM DWPRSCH FTVWDKMX TVDKPRMX WPRHOMMX
      WPRSCHMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      PSPVDKUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_nswo2 B_sch B_skh nmot pspvds_w
      wdkbap_w wdkugd_w wrlbhom_w wrlbsch_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rlp fwprs_w tvwdkprs vwkw
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lcrlp B_ugdsp fwprhom_w fwprsch_w wprhom_w wprsch_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BISYNC
    "2.20      MED7 mit 2. Synchro"

    /begin DEF_CHARACTERISTIC
      NMOTBIL TONMOTBI ZNMOTBI
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_w tr_zahn tr_zahn2 tr_zeit zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      nmotbi_w tr_zahn2bi tr_zahn2bi_of tr_zeitbi tr_zeitbi_of zzylbi
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nmotbiu_w onmotbi_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BKS
    "1.110     Bedarfsgeregeltes Kraftstoffsystem"

    /begin DEF_CHARACTERISTIC
      CWBKS FBREG FLAFMX KDBKSR KFFLAF KFKNKS
      KFNTBKS KFPSNS KFTETK KFZTST KFZTTM KIBKSKTA
      KIBKSN KIBKSRF KIBKSRS KLADPSOL KLDTKABKS KLFAZBKS
      KLFDBKS KLFLKMN KLKDSBKS KLKFPSS KLKPBKSR KLSAKBKS
      KLTTKBKS KLUSKBKS KLVFTBKS LEPWMMN LEPWMMX PBKSADMN
      PBKSADMX PBKSAIMN PBKSAIMX PBKSIAVS PBKSMN PBKSMX
      PBKSVSKT PSBKSFA PSHDRMST PSKBKS PSKRERMX PSKRMN
      PSKRMX PSNHSLL PWMINBKS TDSBKS TGRESBKS TGSABKS
      TNSEBKS TOFSVHDP TVOBKS UBSOLL UKDSEMN UKDSEMX
      ZADBKS ZADKTBKS ZFBKS ZFBKSST ZGAABKS ZKTADBKS
      ZSNMST ZTABKS ZTDEBKS ZZGBKSE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ekp B_fa B_fabks B_hst B_kl15 B_nmot
      B_sa B_stend dmkrhdev_w nmot_w prist_w tabst_w
      tanhkm_w tka tmot tmst tnse_w tumg
      ub ukdsbks_w vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ekponbks B_erdbksx B_fnabks B_ktaabks B_zadbks lepwmbks_w
      pbkist_w pbksadr_w pbksdiff_w pbksia_w pistnd_w pksbksr_w
      ukdsbksr_w ukdsmx20_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_aabks B_adbks B_adpfbks B_erdbksy B_hdabks B_irgfrbks
      B_regfrbks B_rzttmbks B_stendre B_tgsabks B_zttmgr fabstbks
      ffwkbks flafabks_w flafbks_w flafcbks_w flafsbks_w flaftbks_w
      flafubks_w flmnbks fsakbks fttkbks fuskbks pbksadg_w
      pbksda_w pbksdio_w pbksdr_w pbksiad_w pbksiao_w pbksidif_w
      pbksinp_w pbksoll_w pbkspa_w psrohbks_w psstbks_w tdiffbks_w
      teitaa teitaar tflvrhdp tkadifbks tkast tkatubks
      tkl15bks tnsabte trohvhdp tstbks ttankbks ukdsanz
      ukdsmx2_w ukdssum_w zaabks_w ztggbks_w zttm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BKV
    "2.90      Drucksteuerung für Bremskraftverstärker"

    /begin DEF_CHARACTERISTIC
      CWBKV DPBKVSPS DPBKVUKKPU DPBKVUKNKH DPBKVUKNW DPBKVUKP
      DPBKVUKPU DPBKVUS KFKOMABNPU MRFAMXKAHY OPBKVUKKB OPBKVUKNKH
      OPBKVUKNWB OPBKVUKPB OPBKVUKPUB PBKVKREHY PBKVKRHY TDBKVKOMAB
      TDBKVNKHAB TDBKVNWAB TDBKVP TDBKVSTED TDPBKVMN TDPBKVMNP
      TEBKVNKHA TEBKVNWAB TEPBKVMN TVBKVNHOM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_brems B_hom B_kh B_ll dpbkvu_w fho_w
      mrfa_w nmot_w psspbkv_w ps_w pubkv_w tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bkvagrab B_bkvdkhab B_bkvkomab B_bkvleer B_bkvnhom B_bkvnkhab
      B_bkvnwab dpbkvukp_w psmxbkvg psmxbkvg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BKVlokbits0 B_bkvkoma B_bkvnkha B_bkvnwum B_pbkvmn B_pbkvmnp
      dpbkvukb_w dpbkvukh_w dpbkvukk_w dpbkvukr_w dpbkvuk_w dpbkvunw_w
      dpbukkb_w dpbukk_w dpbuknkh_w dpbuknwb_w dpbuknw_w dpbukpb_w
      dpbukp_w dpbunkhb_w psbkv_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    CAN
    "120.30    CAN-Signalliste"

    /begin DEF_CHARACTERISTIC
      BUSOFFCTR BUSOFFTIME CANVERS CCMKBI CSAIR CWCANKBI
      CWCANLWS CWCANMD CWCAUVW CWCSER CWGC CW_CAN_C_0___A
      CW_CAN_C_1___A CW_CAN_C_2___A CW_CAN_C_3___A CW_CAN_C_4___A CW_CAN_C_5___A CW_CAN_C_6___A
      CW_CAN_C_7___A CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A
      CW_CAN_R_5___A CW_CAN_R_6___A CW_CAN_R_7___A CW_CAN_RA CW_CAN_S FMOTC
      FWCBFT FWCSBK FWTMUEBO FWTMUEBU FWTOUEBO FWTOUEBU
      KFOELKBI KVNPZ MDGENER MDMAXKBI MDNORM MOTTYP
      NMAXKBI PMAXKBI T_KLIMADEADCTR T_KOM1CLDEAD T_NEGE T_NOMAIR
      T_NOMAIRTA T_NOMBSG T_NOMEGS T_NOMKBI T_NOMKBI1 T_NOMKBI23
      T_NOMKLA T_NOMLWS VANZKBI ZCANAIR ZTOELKBI
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX NOASR
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfgrsbr bfgrs_w B_acc B_accen B_anlfr B_autget
      B_besch B_bl B_br B_dknolu B_dkpu B_epcl
      B_fgr B_fgren B_fgrhsa B_fgrte B_fgrtse B_fs
      B_gracan B_i_ska_fr B_kd B_kl15 B_kmtre B_koe
      B_kosrc B_kov B_kuppl B_kvakbi B_ll B_mil
      B_mshlon B_msr B_nachl B_nlbzakt B_nlcan B_nldg
      B_nmin B_png B_st B_stend B_wdk2sel cserk
      fcmEnd ffzdfp fgnsol fho kldfpwm kvakbi_w
      mdverl_w miautgetc miautgsc mibmn_w mifab_w mifa_w
      miges_w migs_w miist_w milsol_w mimax_w mimin_w
      misol_w mivbeg_w mizwmn_w mrfamx_w mrfgr_w mrped_w
      nmot nmot_w nsol nstat S_bls S_brs
      tans tmot tnachl_w toelk_w tvluesic ub
      udkp1_w udkp2_w vfzg vregl_w vziel_w wdkba
      wpedv_w wpfgr_w zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bfgrsc bz_air bz_cang1 bz_cange bz_cmf bz_mot6
      B_aakuppl B_accenc B_aircan B_airnbot B_amsrbot B_amsrnbot
      B_br3bot B_bus_off B_cankbi B_canlws B_cdma B_ckien
      B_csair B_ctout B_cvtad B_ectal B_epcden B_fku
      B_fstcanok B_ge1bot B_ge2bot B_geco B_gekoa B_genot
      B_ges B_grabot B_gsaf B_gsch B_hlacan B_kooffc
      B_lowra B_luesscb B_lwsbot B_lwser B_lwsok B_milfbg
      B_motaus B_nege B_nlanbsg2 B_nlbzanf B_nlbzanf2 B_nuair
      B_nuge B_nukla B_sacc B_sacvt B_sfsc B_skoc
      B_sksc B_statbr B_statge B_statgec B_statmd B_statmdc
      B_statme B_statme_t B_statnb B_statto B_stattoc B_tabcan
      B_talcan B_talkbi B_tfstok B_tmkicb B_tolcb B_tolueb
      B_tumcb B_zges canbits1 can_nv_bits cs_air cs_mot6
      dlws_w gangautic gwhpos klahc km01tr kmstand_w
      lws_w mdgbeg mdgenc mdgenc_w mdverlc mdwancan
      migs_can miistc mizwmnc mkllsc mkolsc nllcvt1
      nsyw nsywin pkodrc statgra statwkc tabcan_w
      tfst tmkic tolc tsyn tumc tvluessc
      uefktget vfzgkb_w vzgrac
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dnmcan B_nlebem B_sleepi dnmcan kfoelkbi_nmot
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    CAN_DST
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ctout
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    CJ830HW
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cj830off hdevpara1 hdevpara2 hdevpara3 hdevpara4
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hdevcok B_konfig diaeve diahdev1 diahdev2 diahdev3
      hdevscon hdevsconrd readident readparacon1 readparacon2 readparacon3
      readparacon4
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      CJ830SscErrorCtr testdiadel
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    CONCJ
    "2.20      Konfiguration BDE-HDEV-Endstufe"

    /begin DEF_CHARACTERISTIC
      HDEVFTEIL HDEVIABDC HDEVIANZUG HDEVIBOOST HDEVIHALTE HDEVIHYST
      HDEVIVORM HDEVTA1 HDEVTA2 HDEVTVORM KFHDEVIEIN KFHDTBOOST
      MSVIBOOST MSVTVORM PRISTMX TCJ830NLOF TCJ830OFF TUBRTAN
      T_MSVOK T_WAITNMAX UBRREF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl15 B_nachl B_stprel nmot prist_w ubrsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_cj830off B_nmaxmsv hdevpara1 hdevpara2 hdevpara3 hdevpara4
      nmaxmsv_w tboost_w tvesdel_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_cj830on
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    D2CTR
    "3.10      Diagnose; Ereigniscounter für Systembeobachtung"

    /begin DEF_CHARACTERISTIC
      CWDCYC DFPSLBIT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dcy B_wuc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bbd2ctr B_syserr B_syserrk B_trip ctrerf1 ctrerfk1
      ctrrdy1 ctrsfp ctrzyf0 ctrzyf1 dcycrefa_w dcycrefb_w
      dcyctab dcyetab
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DAGRE
    "16.10     Diagnose; Plausibilitätsprüfung Abgasrückführungsventil - Endstufe"

    /begin DEF_CHARACTERISTIC
      TAAGRDMX TEDAGRE TZDAGRE UBSQAGRMN UBSQAGRMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agr B_agreson B_agrsch B_cdagre taagr_w ubrsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_eagre B_emxagre B_zagre
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DAGRKTST
    "1.30      Statusbyte Kurztest AGR-System"

    /begin DEF_CHARACTERISTIC
      NAGRAZSA TWAZOFVL TWAZVLSA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_apslmds B_apslmdse B_enkbagr B_enofagr B_faagr B_fgblagrs
      B_fkagreg B_ofagreg B_zdagrss nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      statagrkta statagrkts
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DAGRLS
    "13.40     Diagnose Lagesensor AGR-Ventil"

    /begin DEF_CHARACTERISTIC
      AGRDIFMX DAGRVPMN DAGRVPTOL TDMNAGRV TDMXAGRV TEMPMNAGRV
      TEMPMXAGRV TVAGRVPS TVDNPAGRL TVEAGRL TVEAGRV TVEAGRVKT
      TVEAGRVV TVENPAGRL TVESIAGRL TVZAGRL TVZAGRV TVZAGRVKT
      UAGROEMX UAGROMN UAGROMX UAGRPMN UAGRPMX ZKAGRVPF
      ZKAGRVPFS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      agrvpsol_w agrvp_w B_aagrubok B_adagrvk B_adagrvko B_adlrnws
      B_agraden B_agrdcoff B_agron B_agrvpuma B_cdagrl B_cdagrv
      B_disagr B_eagrof B_faagr B_pwf B_sa msnagrv_w
      tmot uagrvpo_w uuagrvp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agrvbb B_eagrlv B_eagrvv
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      agrvpf_w agrvpsfe_w agrvpsf_w agrvpstv_w B_dmxagrl B_dmxagrv
      B_dnpagrl B_dsiagrl
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DAGRS
    "2.100     Diagnose AGR System"

    /begin DEF_CHARACTERISTIC
      AFDAGR AFDAGRK AGDAGR AGDAGRK CWDAGRS DFBAGRAEG
      DFBAGRAKT DFKAGRAEG DFKAGRAKT DOFVAGRAEG DOFVAGRAKT FKDAGRSMN
      FKDAGRSMX FKDAHYMN FKDAHYMX FKDAKTMN FKDAKTMX FKDASCHMN
      FKDASCHMX KBDAGRSMN KBDAHYMN KBDAKTMN KBDASCHMN OFVPDAHYMN
      OFVPDAHYMX OFVPDAKTMN OFVPDAKTMX OFVPDAMN OFVPDAMX OFVPSCHMN
      OFVPSCHMX TC6CAGF1 TC6CAGF2 TC6CAGFK TVAGRAEG TVAGRAEGKT
      TVAGRFBG TVAGRFBGKT TVAGROEG TVAGROEGKT ZKFBDA ZKFBDAKT
      ZKFKDA ZKFKDAKT ZKOFDA ZKOFDAKT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdagrs B_enfk B_enfkagr B_enkb B_enkbagr B_enof
      B_enofagr B_faagr B_hmm B_hom B_ktagrs B_pwf
      B_sch B_zdagrss fkblagrs_w fkblagr_w fkmsagr_w ofvpagr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dagrssf B_edagrs B_fkagreg B_fkagrmn B_fkagrmx B_hdagrs
      B_ofagreg B_ofagrmn B_ofagrmx m6aagrf m6cagrf m6sagrf_w
      m6wagrf_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_cwdagrf B_cwdagrso B_cwdagrss B_dagrhms B_eagrhom B_eagrsch
      B_edagrss B_fbagreg B_fbagrmn B_hagrfb B_hagrfk B_hagrof
      B_hdagrb B_hdagrss dfbagr_w dfkagr_w dofvpagr_w m6cagrx
      m6sagrx_w m6wagrx_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DBKS
    "1.70      Diagnose -Bedarfsgeregeltes Kraftstoffsystem"

    /begin DEF_CHARACTERISTIC
      DPMNDBKS DPMXDBKS ISWRABKS KIUSEBKS KLADDBKS KWBIDBKS
      PAAMNBKS PAAMXBKS PIAMNBKS PIAMXBKS PIFBKS PMNBKS
      PMNDDEBKS PRAADBKS PRADBKS PRDUDBKS TEKPLBKS TERPLBKS
      TMDBKSFR TMNBKS TSDBKSFR TVUKDSER UKDSBKSMN UKDSBKSMX
      ZHBKSE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KLKDSBKS
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ekponbks B_erdbksx B_ktaabks B_sa B_tal nmot_w
      pbkist_w pbksadr_w pbksdiff_w pbksia_w pbksoll_w pu_w
      tmot tnse_w ukdsbksr_w ukdsmx20_w wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_savbks
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anmndbks_w anmxdbks_w B_andsdbks B_biadbks B_durdbks B_dusdbks
      B_frdbks B_iagbks B_igsbks izkwdbks_w pmndbks_w pmxbksr_w
      pmxdbks_w prlbks_w tizkdbks_w zkdsebks_w zmnbks_w znplbks_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DBKSE
    "1.10"

    /begin DEF_CHARACTERISTIC
      TABKSEMN TABKSEMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee lepwmbks_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DCDACC
    "2.10      Diagnose; Zugriff auf Testerdaten"

    /begin DEF_CHARACTERISTIC
      CWCDCUM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DCLA
    "4.20      OBDII; Klassentabelle"

    /begin DEF_CHARACTERISTIC
      CL30LINE CL31LINE CL32LINE CL33LINE CL34LINE CL35LINE
      CL36LINE CL37LINE CL38LINE CL39LINE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DDCY
    "15.10     OBDII; Erfüllung Bedingung 'driving cycle'"

    /begin DEF_CHARACTERISTIC
      TWBDCY
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf B_stend
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bbdcy B_dcy dcycnt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DDG
    "10.80     Diagnose Drehzahlgeber"

    /begin DEF_CHARACTERISTIC
      CORTINC CORTINIT CORTMX LBMINC LBMINIT LBMMX
      LBMSUB MXNLN NOBMINC NOBMINIT NOBMSTMX PGFLNL
      PGFLWA TMOTNLDG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bmLosCtr_w B_bm B_fbm B_motstop B_nmin B_nophnldg
      B_pwf B_synnldg B_zprel nmotllfil nstat nsynnldg
      tmCorCtr_w tmot tpCorCtr_w vfzg_w wkw_w znbm_w
      zrph
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nldg
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enabddg B_nlbm B_nlnobm B_nlnon B_nobmflr1 B_nobmflr2
      B_nocorflr B_setmnbm B_setmxbm B_setnpbm B_setsibm flgddg
      sbmcorm sbmcorp sbmlos_w snobm zkwnpbm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DDPL
    "9.20      Diagnose; Plausibilitätsprüfung Dauerversorgung (OBDII)"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwfCsErr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DDSBKV
    "2.30      Diagnose Drucksensor im Bremskraftverstärker"

    /begin DEF_CHARACTERISTIC
      DPBKVLE DPSBKV DPSPBKVNPH DPUBKV PBKVMN PBKVMX
      TDDFBKV TDDHBKV TEPBKVNB TTBRL TVPBKVNB UDSBKVMN
      UDSBKVMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_absdia B_bkva B_brems B_cddsbkv B_edss B_nmin
      pbkv_w ps_w pu_w udsbkv_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bkvnpler B_bkvnplh B_ebkvl B_hbkvl B_rtdbkvl dpbkvae_w
      pbkva_w pbkvel_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DDSKV
    "1.90      Diagnose; Hochdrucksensor"

    /begin DEF_CHARACTERISTIC
      TVUPRMNPL UPRMMNPL UPRMMXPL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      uprm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_uprmnpl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DDSS
    "14.30     Diagnose; Drucksensor im  Saugrohr"

    /begin DEF_CHARACTERISTIC
      ANZTMN DKGFILS DPDDF FPDAGRDSS KFPSDMN KFPSDMX
      NDDFA NDSMNR NDSMXR NMOTMNDDSS PSHYSHL PSINIPL
      TDDF TDDFZ TNMNDDSS TNMOTDDSS UADPSMN UADPSMX
      WDKBAST WDSMNR WDSMXR ZWDKBA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agr B_cdedss B_edks B_nachlend B_nmin B_psdssmw
      B_sa nmot_w psdssr_w psrext_w tnse_w udsm_w
      wdkba_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dssg B_edss B_erelrmax B_erelrmin B_errpllm B_headsslm
      B_mndsslm B_mxdsslm B_nmnddss B_npldsslm B_pldssel B_resmaxpl
      B_resminpl B_sidsslm B_siglmn B_tddfz ddssAusBits0 DDSSintbits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_esgnps B_psini B_resgnps B_zesgnps dwdktmn_w pdkagrds_w
      psdmn_w psdmxvg_w psdmx_w psdsst20_w psini_w wdkfmn_w
      wdkfmx_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DDVE
    "7.30      Diagnose: EGAS-Steller DV-E"

    /begin DEF_CHARACTERISTIC
      TPNSE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abgle B_dkaden B_dkp1e B_dkp1mn B_dkp1mx B_dkp1np
      B_dkp2e B_dkp2mn B_dkp2mx B_dkp2np B_dlrbe B_dlrpide
      B_dveese B_fproab B_fproe B_fprook B_fprordy B_fprovb
      B_fprrdy B_fprzab B_fprze B_fprzvb B_lrnakt B_lrnerf
      B_lrnrdy B_lrnvb B_lrnws B_nlpe B_nlperf B_nlpnew
      B_pwf B_stend B_umae B_umauab B_wdksive dveadchst
      fprstep_c lrnstep_c
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DDYLSU
    "1.40      Diagnose Dynamikverhalten der LSU"

    /begin DEF_CHARACTERISTIC
      ANZDYSTEIG CWDYLSU DMRLSV DRLMX DYNLSUFA DYNLSUMX
      DYNLSURD DYNLSUSMN DYNLSUSRD FTEDYLSUMX IVDYNLSU KDYNFA
      KDYNLSU KSTEIG LAMDYNO LAMDYNU LASTEIGDIA NMOTDYFA
      NMOTDYNO NMOTDYNU RLDYNFA RLDYNO RLDYNU TLASTEIG
      TVDRL ZDYNFA ZDYNLSU ZLAMSTEIG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cddylsu B_evloc B_fa B_fadylsu B_frmax B_frmin
      B_mdarv B_pwf B_sbblsu B_sch B_vekat B_za
      dfrzaf_w dfrza_w dlahi_w fteadf lamsoni_w lamsons_w
      nmot rirext_w rl rlp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzdyn B_drlmx B_stcdyn dmrlsv_w dynlsus_w dynlsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzdyst B_dylsu B_dylsuav B_dylsuf B_dyslsu B_dyslsua
      B_enmix B_minflsu B_minslsu B_stcal dlamix_w dlami_w
      dlamss_w dlamsx_w fkdyn_w lamsam_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DECJ
    "14.30     Diagnose; Endstufe CJ4x/9x"

    /begin DEF_CHARACTERISTIC
      CWBBDECJ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_airbag B_dhrnio B_nmin B_ubrk B_ubrmax nmot
      ub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bbdecj B_bbubr B_desee B_esdia
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DEKON
    "Konfiguration der Endstufendiagnose"

    /begin DEF_CHARACTERISTIC
      ESKONF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DEPCL
    "4.10      Diagnose; Elektronik Powertrain Control Lampe"

    /begin DEF_CHARACTERISTIC
      TEPCL TEPCLF TEPCLI TEPCLIF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot dfpmEpclState fcmEnd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_epcl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      epclstate
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFFT
    "6.30      Diagnose; Freeze Frame Auswahltabelle"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      agrvpa_u egaspfad fkblagr_u fkmsdk_u flglrs fra_u
      fr_u gangauti gangi lbkist lbksol_u mifa
      miist_u mizuvfil mi_duf mi_um ml mlhfmm_u
      momint_u mpfad nmot ofvpagr_u ora_u prist_u
      prsoll_u psdssi psdss_u pu rinh_u rk3kd
      rl rml rstpfad skapfad tabgm tans
      tfst tkatm tmew tmot tmotlin tmot_u
      tmrw tumg ub udkp1_u udkp2_u uefktget
      uhsv upwg1_u upwg2d_u upwg2_u vfzg_u wdkba
      wdks wped zwist
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFFTCNV
    "8.50      Diagnose; Freeze Frame Tabelle, Konvertierung zu Bytes"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NMAX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      agrvpa_w bmLosCtr_w dmletan_w fho_w fkblagr_w fkmsdk_w
      fra_w fr_w krivk_w lamsoni_w lamsons_w lbkgradl_w
      lbksol_w lsukorp_w miist_w mlhfmm_w momint_w nmot_w
      ofvpagr_w ora prist_w prsoll_w psdss_w rinh_w
      rlugd_w rl_w tanvkd_w tmotlin tnachl_w tnst_w
      ubrsq_w udkp1_w udkp2_w udsbkv_w uprm_w upwg1_w
      upwg2d_w upwg2_w usvkk_w uulsuv_w vfzg wnwsp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      agrvpa_u bmlosctr_u dmletan_u fho_u fkblagr_u fkmsdk_u
      fra_u fr_u krivk_u lamsoni_u lamsons_u lbkgradl_u
      lbksol_u lsukorp_u miist_u mlhfmm_u momint_u ofvpagr_u
      ora_u prist_u prsoll_u psdss_u rinh_u rl_u
      tanvkd_u tmot_u tnachl_u tnst_u ubrsq_u udkp1_u
      udkp2_u udsbkv_u uprm_u upwg1_u upwg2d_u upwg2_u
      usvkk_u uulsuv_u vfzg_u wnwsp_u
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFFTK
    "13.10     Diagnose; Kundenspezifische Auswahlliste für Freeze Frame-Werte"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bmlosctr_u DDSSintbits dmletan_u fho_u krivk_u lamsons_u
      lbkgradl_u lsukorp_u lsunpstat mshfms_w nsol tanvkd_u
      tnachl_u tnst_u ubrsq_u udsbkv_u uprm_u usvkk_u
      uulsuv_u wnwsp_u wtka
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM
    "15.10     OBDII; Fehlerpfadmanager"

    /begin DEF_CHARACTERISTIC
      CWDFPM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SLPUPD
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bbwuc B_nldval B_nlobd B_pwf nmot tans
      tmot tmotlin top_w ushk vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bbno bbsp3 bbtim B_no B_sp3 B_tim
      dfcmFcm dfcmNo dfcmSfp dfimdfp dfimflg_w dfpmEpclState
      dfpmMilState dfpntdcy dfpntpwf dfp_ap fcmcla_0_A fcmcla_1_A
      fcmcla_2_A fcmcla_3_A fcmcla_4_A fcmdfp_0_A fcmdfp_1_A fcmdfp_2_A
      fcmdfp_3_A fcmdfp_4_A fcmdlc_0_A fcmdlc_1_A fcmdlc_2_A fcmdlc_3_A
      fcmdlc_4_A fcmEnd fcmfes_0_A fcmfes_1_A fcmfes_2_A fcmfes_3_A
      fcmfes_4_A fcmflc_0_A fcmflc_1_A fcmflc_2_A fcmflc_3_A fcmflc_4_A
      fcmfps_0_A fcmfps_1_A fcmfps_2_A fcmfps_3_A fcmfps_4_A fcmfrz0_0_A
      fcmfrz0_1_A fcmfrz0_2_A fcmfrz0_3_A fcmfrz0_4_A fcmfrz1_0_A fcmfrz1_1_A
      fcmfrz1_2_A fcmfrz1_3_A fcmfrz1_4_A fcmfrz10_0_A fcmfrz10_1_A fcmfrz10_2_A
      fcmfrz10_3_A fcmfrz10_4_A fcmfrz2_0_A fcmfrz2_1_A fcmfrz2_2_A fcmfrz2_3_A
      fcmfrz2_4_A fcmfrz3_0_A fcmfrz3_1_A fcmfrz3_2_A fcmfrz3_3_A fcmfrz3_4_A
      fcmfrz4_0_A fcmfrz4_1_A fcmfrz4_2_A fcmfrz4_3_A fcmfrz4_4_A fcmfrz5_0_A
      fcmfrz5_1_A fcmfrz5_2_A fcmfrz5_3_A fcmfrz5_4_A fcmfrz6_0_A fcmfrz6_1_A
      fcmfrz6_2_A fcmfrz6_3_A fcmfrz6_4_A fcmfrz7_0_A fcmfrz7_1_A fcmfrz7_2_A
      fcmfrz7_3_A fcmfrz7_4_A fcmfrz8_0_A fcmfrz8_1_A fcmfrz8_2_A fcmfrz8_3_A
      fcmfrz8_4_A fcmfrz9_0_A fcmfrz9_1_A fcmfrz9_2_A fcmfrz9_3_A fcmfrz9_4_A
      fcmhlc_0_A fcmhlc_1_A fcmhlc_2_A fcmhlc_3_A fcmhlc_4_A fcmhz_0_A
      fcmhz_1_A fcmhz_2_A fcmhz_3_A fcmhz_4_A fcmout_0_A fcmout_1_A
      fcmout_2_A fcmout_3_A fcmout_4_A FCMTab fcmtsf_0_A fcmtsf_1_A
      fcmtsf_2_A fcmtsf_3_A fcmtsf_4_A fcmtyp_0_A fcmtyp_1_A fcmtyp_2_A
      fcmtyp_3_A fcmtyp_4_A
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fccmdfp fccmflg_w feemdfp feemflg_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPMEEP
    "9.10      Diagnose; Fehlerpfadmanager, EEPROM-Speicherung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf dfcmNo fcmEnd FCMTab ffzdfp
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPMNL
    "10.20     Diagnose Fehlerpfadmanagement im Nachlauf"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bbwuc B_nldpupsr B_nldval B_nlobd fcmEnd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dfpnlarray
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fcmvalnl
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPMOVF
    "3.10      Diagnose Fehlerpfadmanagement, Memory Overflow"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      FCMTab
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_BDEADP
    ""

    /begin DEF_CHARACTERISTIC
      CDCDSV CDCHSH CDCHSVSA CDCLSH CDKDSV CDKHSH
      CDKHSVSA CDKLSH CDTDSV CDTHSH CDTHSVSA CDTLSH
      CLADSV CLAHSH CLAHSVSA CLALSH FFTDSV FFTHSH
      FFTHSVSA FFTLSH TSFDSV TSFHSH TSFHSVSA TSFLSH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedsv B_behsh B_behsvsa B_belsh B_bkdsv B_bkhsh
      B_bkhsvsa B_bklsh B_cldsv B_clhsh B_clhsvsa B_cllsh
      B_ftdsv B_fthsh B_fthsvsa B_ftlsh B_mndsv B_mnhsh
      B_mnhsvsa B_mnlsh B_mxdsv B_mxhsh B_mxhsvsa B_mxlsh
      B_npdsv B_nphsh B_nphsvsa B_nplsh B_sidsv B_sihsh
      B_sihsvsa B_silsh E_dsv E_hsh E_hsvsa E_lsh
      sfpdsv sfphsh sfphsvsa sfplsh TYP_dsv TYP_hsh
      TYP_hsvsa TYP_lsh Z_dsv Z_hsh Z_hsvsa Z_lsh
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_BGDSAD
    ""

    /begin DEF_CHARACTERISTIC
      CDCDPUPSR CDKDPUPSR CDTDPUPSR CLADPUPSR FFTDPUPSR TSFDPUPSR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedpupsr B_bkdpupsr B_cldpupsr B_ftdpupsr B_mndpupsr B_mxdpupsr
      B_npdpupsr B_sidpupsr E_dpupsr sfpdpupsr TYP_dpupsr Z_dpupsr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_BGELSV
    ""

    /begin DEF_CHARACTERISTIC
      CDCLSV CDKLSV CDTLSV CLALSV FFTLSV TSFLSV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_belsv B_bklsv B_cllsv B_ftlsv B_mnlsv B_mxlsv
      B_nplsv B_silsv E_lsv sfplsv TYP_lsv Z_lsv
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_BGTUMG
    ""

    /begin DEF_CHARACTERISTIC
      CDCTUM CDKTUM CDTTUM CLATUM FFTTUM TSFTUM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_betum B_bktum B_cltum B_fttum B_mntum B_mxtum
      B_nptum B_situm E_tum sfptum TYP_tum Z_tum
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CAIR
    ""

    /begin DEF_CHARACTERISTIC
      CDCCAIR CDKCAIR CDTCAIR CLACAIR FFTCAIR TSFCAIR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avcair B_becair B_bkcair B_clcair B_ftcair B_mncair
      B_mxcair B_npcair B_pycair B_sccair B_sicair E_cair
      sfpcair TYP_cair Z_cair
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CALL
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CAS
    ""

    /begin DEF_CHARACTERISTIC
      CDCCAS CDKCAS CDTCAS CLACAS FFTCAS TSFCAS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avcas B_becas B_bkcas B_clcas B_ftcas B_mncas
      B_mxcas B_npcas B_pycas B_sccas B_sicas E_cas
      sfpcas TYP_cas Z_cas
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CAT
    ""

    /begin DEF_CHARACTERISTIC
      CDCCAT CDKCAT CDTCAT CLACAT FFTCAT TSFCAT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avcat B_becat B_bkcat B_clcat B_ftcat B_mncat
      B_mxcat B_npcat B_pycat B_sccat B_sicat E_cat
      sfpcat TYP_cat Z_cat
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CBEM
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CBSG
    ""

    /begin DEF_CHARACTERISTIC
      CDCCBSG CDKCBSG CDTCBSG CLACBSG FFTCBSG TSFCBSG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avcbsg B_becbsg B_bkcbsg B_clcbsg B_ftcbsg B_mncbsg
      B_mxcbsg B_npcbsg B_pycbsg B_sccbsg B_sicbsg E_cbsg
      sfpcbsg TYP_cbsg Z_cbsg
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CGAT
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CGE
    ""

    /begin DEF_CHARACTERISTIC
      CDCCGE CDKCGE CDTCGE CLACGE FFTCGE TSFCGE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avcge B_becge B_bkcge B_clcge B_ftcge B_mncge
      B_mxcge B_npcge B_pycge B_sccge B_sicge E_cge
      sfpcge TYP_cge Z_cge
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CGRA
    ""

    /begin DEF_CHARACTERISTIC
      CDCCGRA CDKCGRA CDTCGRA CLACGRA FFTCGRA TSFCGRA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avcgra B_becgra B_bkcgra B_clcgra B_ftcgra B_mncgra
      B_mxcgra B_npcgra B_pycgra B_sccgra B_sicgra E_cgra
      sfpcgra TYP_cgra Z_cgra
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CIF
    ""

    /begin DEF_CHARACTERISTIC
      CDCCIF CDKCIF CDTCIF CLACIF FFTCIF TSFCIF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avcif B_becif B_bkcif B_clcif B_ftcif B_mncif
      B_mxcif B_npcif B_pycif B_sccif B_sicif E_cif
      sfpcif TYP_cif Z_cif
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CINS
    ""

    /begin DEF_CHARACTERISTIC
      CDCCINS CDKCINS CDTCINS CLACINS FFTCINS TSFCINS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avcins B_becins B_bkcins B_clcins B_ftcins B_mncins
      B_mxcins B_npcins B_pycins B_sccins B_sicins E_cins
      sfpcins TYP_cins Z_cins
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CKLA
    ""

    /begin DEF_CHARACTERISTIC
      CDCCKLA CDKCKLA CDTCKLA CLACKLA FFTCKLA TSFCKLA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avckla B_beckla B_bkckla B_clckla B_ftckla B_mnckla
      B_mxckla B_npckla B_pyckla B_scckla B_sickla E_ckla
      sfpckla TYP_ckla Z_ckla
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CLWS
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CNIV
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_CZAS
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DAGRE
    ""

    /begin DEF_CHARACTERISTIC
      CDCAGRE CDKAGRE CDTAGRE CLAAGRE FFTAGRE TSFAGRE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beagre B_bkagre B_clagre B_ftagre B_mnagre B_mxagre
      B_npagre B_siagre E_agre sfpagre TYP_agre Z_agre
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DAGRL
    ""

    /begin DEF_CHARACTERISTIC
      CDCAGRL CDKAGRL CDTAGRL CLAAGRL FFTAGRL TSFAGRL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beagrl B_bkagrl B_clagrl B_ftagrl B_mnagrl B_mxagrl
      B_npagrl B_siagrl E_agrl sfpagrl TYP_agrl Z_agrl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DAGRS
    ""

    /begin DEF_CHARACTERISTIC
      CDCAGRS CDKAGRS CDTAGRS CLAAGRS FFTAGRS TSFAGRS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beagrs B_bkagrs B_clagrs B_ftagrs B_mnagrs B_mxagrs
      B_npagrs B_siagrs E_agrs sfpagrs TYP_agrs Z_agrs
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DAGRV
    ""

    /begin DEF_CHARACTERISTIC
      CDCAGRV CDKAGRV CDTAGRV CLAAGRV FFTAGRV TSFAGRV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beagrv B_bkagrv B_clagrv B_ftagrv B_mnagrv B_mxagrv
      B_npagrv B_siagrv E_agrv sfpagrv TYP_agrv Z_agrv
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DAT
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DBKS
    ""

    /begin DEF_CHARACTERISTIC
      CDCBKS CDKBKS CDTBKS CLABKS FFTBKS TSFBKS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bebks B_bkbks B_clbks B_ftbks B_mnbks B_mxbks
      B_npbks B_sibks E_bks sfpbks TYP_bks Z_bks
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DDG
    ""

    /begin DEF_CHARACTERISTIC
      CDCBM CDCN CDKBM CDKN CDTBM CDTN
      CLABM CLAN FFTBM FFTN TSFBM TSFN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bebm B_ben B_bkbm B_bkn B_clbm B_cln
      B_ftbm B_ftn B_mnbm B_mnn B_mxbm B_mxn
      B_npbm B_npn B_sibm B_sin E_bm E_n
      sfpbm sfpn TYP_bm TYP_n Z_bm Z_n
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DDSKV
    ""

    /begin DEF_CHARACTERISTIC
      CDCDSKV CDKDSKV CDTDSKV CLADSKV FFTDSKV TSFDSKV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedskv B_bkdskv B_cldskv B_ftdskv B_mndskv B_mxdskv
      B_npdskv B_sidskv E_dskv sfpdskv TYP_DSKV Z_dskv
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DDSS
    ""

    /begin DEF_CHARACTERISTIC
      CDCDSS CDKDSS CDTDSS CLADSS FFTDSS TSFDSS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedss B_bkdss B_cldss B_ftdss B_mndss B_mxdss
      B_npdss B_sidss E_dss sfpdss TYP_dss Z_dss
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DDVE
    ""

    /begin DEF_CHARACTERISTIC
      CDCDK CDCDK1P CDCDK2P CDCDVEE CDCDVEF CDCDVEFO
      CDCDVEL CDCDVEN CDCDVER CDCDVET CDCDVEU CDCDVEUB
      CDCDVEUW CDCDVEV CDKDK CDKDK1P CDKDK2P CDKDVEE
      CDKDVEF CDKDVEFO CDKDVEL CDKDVEN CDKDVER CDKDVET
      CDKDVEU CDKDVEUB CDKDVEUW CDKDVEV CDTDK CDTDK1P
      CDTDK2P CDTDVEE CDTDVEF CDTDVEFO CDTDVEL CDTDVEN
      CDTDVER CDTDVET CDTDVEU CDTDVEUB CDTDVEUW CDTDVEV
      CLADK CLADK1P CLADK2P CLADVEE CLADVEF CLADVEFO
      CLADVEL CLADVEN CLADVER CLADVET CLADVEU CLADVEUB
      CLADVEUW CLADVEV FFTDK FFTDK1P FFTDK2P FFTDVEE
      FFTDVEF FFTDVEFO FFTDVEL FFTDVEN FFTDVER FFTDVET
      FFTDVEU FFTDVEUB FFTDVEUW FFTDVEV TSFDK TSFDK1P
      TSFDK2P TSFDVEE TSFDVEF TSFDVEFO TSFDVEL TSFDVEN
      TSFDVER TSFDVET TSFDVEU TSFDVEUB TSFDVEUW TSFDVEV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedk B_bedk1p B_bedk2p B_bedvee B_bedvef B_bedvefo
      B_bedvel B_bedven B_bedver B_bedvet B_bedveu B_bedveub
      B_bedveuw B_bedvev B_bkdk B_bkdk1p B_bkdk2p B_bkdvee
      B_bkdvef B_bkdvefo B_bkdvel B_bkdven B_bkdver B_bkdvet
      B_bkdveu B_bkdveub B_bkdveuw B_bkdvev B_cldk B_cldk1p
      B_cldk2p B_cldvee B_cldvef B_cldvefo B_cldvel B_cldven
      B_cldver B_cldvet B_cldveu B_cldveub B_cldveuw B_cldvev
      B_ftdk B_ftdk1p B_ftdk2p B_ftdvee B_ftdvef B_ftdvefo
      B_ftdvel B_ftdven B_ftdver B_ftdvet B_ftdveu B_ftdveub
      B_ftdveuw B_ftdvev B_mndk B_mndk1p B_mndk2p B_mndvee
      B_mndvef B_mndvefo B_mndvel B_mndven B_mndver B_mndvet
      B_mndveu B_mndveub B_mndveuw B_mndvev B_mxdk B_mxdk1p
      B_mxdk2p B_mxdvee B_mxdvef B_mxdvefo B_mxdvel B_mxdven
      B_mxdver B_mxdvet B_mxdveu B_mxdveub B_mxdveuw B_mxdvev
      B_npdk B_npdk1p B_npdk2p B_npdvee B_npdvef B_npdvefo
      B_npdvel B_npdven B_npdver B_npdvet B_npdveu B_npdveub
      B_npdveuw B_npdvev B_sidk B_sidk1p B_sidk2p B_sidvee
      B_sidvef B_sidvefo B_sidvel B_sidven B_sidver B_sidvet
      B_sidveu B_sidveub B_sidveuw B_sidvev E_dk E_dk1p
      E_dk2p E_dvee E_dvef E_dvefo E_dvel E_dven
      E_dver E_dvet E_dveu E_dveub E_dveuw E_dvev
      sfpdk sfpdk1p sfpdk2p sfpdvee sfpdvef sfpdvefo
      sfpdvel sfpdven sfpdver sfpdvet sfpdveu sfpdveub
      sfpdveuw sfpdvev TYP_dk TYP_dk1p TYP_dk2p TYP_dvee
      TYP_dvef TYP_dvefo TYP_dvel TYP_dven TYP_dver TYP_dvet
      TYP_dveu TYP_dveub TYP_dveuw TYP_dvev Z_dk Z_dk1p
      Z_dk2p Z_dvee Z_dvef Z_dvefo Z_dvel Z_dven
      Z_dver Z_dvet Z_dveu Z_dveub Z_dveuw Z_dvev
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DDYLSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCDYLSU CDKDYLSU CDTDYLSU CLADYLSU FFTDYLSU TSFDYLSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedylsu B_bkdylsu B_cldylsu B_ftdylsu B_mndylsu B_mxdylsu
      B_npdylsu B_sidylsu E_dylsu sfpdylsu TYP_dylsu Z_dylsu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DEKON
    ""

    /begin DEF_CHARACTERISTIC
      CDCBKSE CDCLBKE CDCLUES1E CDCLUES2E CDCMSVE CDCTEVE
      CDCZET1 CDCZET2 CDCZET3 CDCZET4 CDKBKSE CDKLBKE
      CDKLUES1E CDKLUES2E CDKMSVE CDKTEVE CDKZET1 CDKZET2
      CDKZET3 CDKZET4 CDTBKSE CDTLBKE CDTLUES1E CDTLUES2E
      CDTMSVE CDTTEVE CDTZET1 CDTZET2 CDTZET3 CDTZET4
      CLABKSE CLALBKE CLALUES1E CLALUES2E CLAMSVE CLATEVE
      CLAZET1 CLAZET2 CLAZET3 CLAZET4 FFTBKSE FFTLBKE
      FFTLUES1E FFTLUES2E FFTMSVE FFTTEVE FFTZET1 FFTZET2
      FFTZET3 FFTZET4 TSFBKSE TSFLBKE TSFLUES1E TSFLUES2E
      TSFMSVE TSFTEVE TSFZET1 TSFZET2 TSFZET3 TSFZET4
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bebkse B_belbke B_belues1e B_belues2e B_bemsve B_beteve
      B_bezet1 B_bezet2 B_bezet3 B_bezet4 B_bkbkse B_bklbke
      B_bklues1e B_bklues2e B_bkmsve B_bkteve B_bkzet1 B_bkzet2
      B_bkzet3 B_bkzet4 B_clbkse B_cllbke B_cllues1e B_cllues2e
      B_clmsve B_clteve B_clzet1 B_clzet2 B_clzet3 B_clzet4
      B_ftbkse B_ftlbke B_ftlues1e B_ftlues2e B_ftmsve B_ftteve
      B_ftzet1 B_ftzet2 B_ftzet3 B_ftzet4 B_mnbkse B_mnlbke
      B_mnlues1e B_mnlues2e B_mnmsve B_mnteve B_mnzet1 B_mnzet2
      B_mnzet3 B_mnzet4 B_mxbkse B_mxlbke B_mxlues1e B_mxlues2e
      B_mxmsve B_mxteve B_mxzet1 B_mxzet2 B_mxzet3 B_mxzet4
      B_npbkse B_nplbke B_nplues1e B_nplues2e B_npmsve B_npteve
      B_npzet1 B_npzet2 B_npzet3 B_npzet4 B_sibkse B_silbke
      B_silues1e B_silues2e B_simsve B_siteve B_sizet1 B_sizet2
      B_sizet3 B_sizet4 E_bkse E_lbke E_lues1e E_lues2e
      E_msve E_teve E_zet1 E_zet2 E_zet3 E_zet4
      sfpbkse sfplbke sfplues1e sfplues2e sfpmsve sfpteve
      sfpzet1 sfpzet2 sfpzet3 sfpzet4 TYP_bkse TYP_lbke
      TYP_lues1e TYP_lues2e TYP_msve TYP_teve TYP_zet1 TYP_zet2
      TYP_zet3 TYP_zet4 Z_bkse Z_lbke Z_lues1e Z_lues2e
      Z_msve Z_teve Z_zet1 Z_zet2 Z_zet3 Z_zet4
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DFPM
    ""

    /begin DEF_CHARACTERISTIC
      CDCAAA CDCZZZ CDKAAA CDKZZZ CDTAAA CDTZZZ
      CLAAAA CLAZZZ FFTAAA FFTZZZ TSFAAA TSFZZZ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      E_aaa E_zzz sfpaaa sfpzzz Z_aaa Z_zzz
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DGGTNVK
    ""

    /begin DEF_CHARACTERISTIC
      CDCATNV CDKATNV CDTATNV CLAATNV FFTATNV TSFATNV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beatnv B_bkatnv B_clatnv B_ftatnv B_mnatnv B_mxatnv
      B_npatnv B_siatnv E_atnv sfpatnv TYP_atnv Z_atnv
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DHDEVE
    ""

    /begin DEF_CHARACTERISTIC
      CDCHDEVH1 CDCHDEVH2 CDCHDEVH3 CDCHDEVH4 CDCHDEVK CDCHDEVL1
      CDCHDEVL2 CDCHDEVL3 CDCHDEVL4 CDKHDEVH1 CDKHDEVH2 CDKHDEVH3
      CDKHDEVH4 CDKHDEVK CDKHDEVL1 CDKHDEVL2 CDKHDEVL3 CDKHDEVL4
      CDTHDEVH1 CDTHDEVH2 CDTHDEVH3 CDTHDEVH4 CDTHDEVK CDTHDEVL1
      CDTHDEVL2 CDTHDEVL3 CDTHDEVL4 CLAHDEVH1 CLAHDEVH2 CLAHDEVH3
      CLAHDEVH4 CLAHDEVK CLAHDEVL1 CLAHDEVL2 CLAHDEVL3 CLAHDEVL4
      FFTHDEVH1 FFTHDEVH2 FFTHDEVH3 FFTHDEVH4 FFTHDEVK FFTHDEVL1
      FFTHDEVL2 FFTHDEVL3 FFTHDEVL4 TSFHDEVH1 TSFHDEVH2 TSFHDEVH3
      TSFHDEVH4 TSFHDEVK TSFHDEVL1 TSFHDEVL2 TSFHDEVL3 TSFHDEVL4
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behdevh1 B_behdevh2 B_behdevh3 B_behdevh4 B_behdevk B_behdevl1
      B_behdevl2 B_behdevl3 B_behdevl4 B_bkhdevh1 B_bkhdevh2 B_bkhdevh3
      B_bkhdevh4 B_bkhdevk B_bkhdevl1 B_bkhdevl2 B_bkhdevl3 B_bkhdevl4
      B_clhdevh1 B_clhdevh2 B_clhdevh3 B_clhdevh4 B_clhdevk B_clhdevl1
      B_clhdevl2 B_clhdevl3 B_clhdevl4 B_fthdevh1 B_fthdevh2 B_fthdevh3
      B_fthdevh4 B_fthdevk B_fthdevl1 B_fthdevl2 B_fthdevl3 B_fthdevl4
      B_mnhdevh1 B_mnhdevh2 B_mnhdevh3 B_mnhdevh4 B_mnhdevk B_mnhdevl1
      B_mnhdevl2 B_mnhdevl3 B_mnhdevl4 B_mxhdevh1 B_mxhdevh2 B_mxhdevh3
      B_mxhdevh4 B_mxhdevk B_mxhdevl1 B_mxhdevl2 B_mxhdevl3 B_mxhdevl4
      B_nphdevh1 B_nphdevh2 B_nphdevh3 B_nphdevh4 B_nphdevk B_nphdevl1
      B_nphdevl2 B_nphdevl3 B_nphdevl4 B_sihdevh1 B_sihdevh2 B_sihdevh3
      B_sihdevh4 B_sihdevk B_sihdevl1 B_sihdevl2 B_sihdevl3 B_sihdevl4
      E_hdevh1 E_hdevh2 E_hdevh3 E_hdevh4 E_hdevk E_hdevl1
      E_hdevl2 E_hdevl3 E_hdevl4 sfphdevh1 sfphdevh2 sfphdevh3
      sfphdevh4 sfphdevk sfphdevl1 sfphdevl2 sfphdevl3 sfphdevl4
      TYP_hdevh1 TYP_hdevh2 TYP_hdevh3 TYP_hdevh4 TYP_hdevk TYP_hdevl1
      TYP_hdevl2 TYP_hdevl3 TYP_hdevl4 Z_hdevh1 Z_hdevh2 Z_hdevh3
      Z_hdevh4 Z_hdevk Z_hdevl1 Z_hdevl2 Z_hdevl3 Z_hdevl4
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DHELSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCHELSU CDKHELSU CDTHELSU CLAHELSU FFTHELSU TSFHELSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behelsu B_bkhelsu B_clhelsu B_fthelsu B_mnhelsu B_mxhelsu
      B_nphelsu B_sihelsu E_helsu sfphelsu TYP_helsu Z_helsu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DHNOHK
    ""

    /begin DEF_CHARACTERISTIC
      CDCHNOHK CDKHNOHK CDTHNOHK CLAHNOHK FFTHNOHK TSFHNOHK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behnohk B_bkhnohk B_clhnohk B_fthnohk B_mnhnohk B_mxhnohk
      B_nphnohk B_sihnohk E_hnohk sfphnohk TYP_hnohk Z_hnohk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DHNOHKE
    ""

    /begin DEF_CHARACTERISTIC
      CDCHNOHKE CDKHNOHKE CDTHNOHKE CLAHNOHKE FFTHNOHKE TSFHNOHKE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behnohke B_bkhnohke B_clhnohke B_fthnohke B_mnhnohke B_mxhnohke
      B_nphnohke B_sihnohke E_hnohke sfphnohke TYP_hnohke Z_hnohke
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DHRLSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCHSV CDKHSV CDTHSV CLAHSV FFTHSV TSFHSV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behsv B_bkhsv B_clhsv B_fthsv B_mnhsv B_mxhsv
      B_nphsv B_sihsv E_hsv sfphsv TYP_hsv Z_hsv
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DHRLSUE
    ""

    /begin DEF_CHARACTERISTIC
      CDCHSVE CDKHSVE CDTHSVE CLAHSVE FFTHSVE TSFHSVE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behsve B_bkhsve B_clhsve B_fthsve B_mnhsve B_mxhsve
      B_nphsve B_sihsve E_hsve sfphsve TYP_hsve Z_hsve
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DICLSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCICLSU CDCLSUIA CDCLSUIP CDCLSUKS CDCLSUUN CDCLSUVM
      CDKICLSU CDKLSUIA CDKLSUIP CDKLSUKS CDKLSUUN CDKLSUVM
      CDTICLSU CDTLSUIA CDTLSUIP CDTLSUKS CDTLSUUN CDTLSUVM
      CLAICLSU CLALSUIA CLALSUIP CLALSUKS CLALSUUN CLALSUVM
      FFTICLSU FFTLSUIA FFTLSUIP FFTLSUKS FFTLSUUN FFTLSUVM
      TSFICLSU TSFLSUIA TSFLSUIP TSFLSUKS TSFLSUUN TSFLSUVM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beiclsu B_belsuia B_belsuip B_belsuks B_belsuun B_belsuvm
      B_bkiclsu B_bklsuia B_bklsuip B_bklsuks B_bklsuun B_bklsuvm
      B_cliclsu B_cllsuia B_cllsuip B_cllsuks B_cllsuun B_cllsuvm
      B_fticlsu B_ftlsuia B_ftlsuip B_ftlsuks B_ftlsuun B_ftlsuvm
      B_mniclsu B_mnlsuia B_mnlsuip B_mnlsuks B_mnlsuun B_mnlsuvm
      B_mxiclsu B_mxlsuia B_mxlsuip B_mxlsuks B_mxlsuun B_mxlsuvm
      B_npiclsu B_nplsuia B_nplsuip B_nplsuks B_nplsuun B_nplsuvm
      B_siiclsu B_silsuia B_silsuip B_silsuks B_silsuun B_silsuvm
      E_iclsu E_lsuia E_lsuip E_lsuks E_lsuun E_lsuvm
      sfpiclsu sfplsuia sfplsuip sfplsuks sfplsuun sfplsuvm
      TYP_iclsu TYP_lsuia TYP_lsuip TYP_lsuks TYP_lsuun TYP_lsuvm
      Z_iclsu Z_lsuia Z_lsuip Z_lsuks Z_lsuun Z_lsuvm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DKATSP
    ""

    /begin DEF_CHARACTERISTIC
      CDCKAT CDKKAT CDTKAT CLAKAT FFTKAT TSFKAT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bekat B_bkkat B_clkat B_ftkat B_mnkat B_mxkat
      B_npkat B_sikat E_kat sfpkat TYP_kat Z_kat
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DKATTH
    ""

    /begin DEF_CHARACTERISTIC
      CDCVTK CDKVTK CDTVTK CLAVTK FFTVTK TSFVTK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bevtk B_bkvtk B_clvtk B_ftvtk B_mnvtk B_mxvtk
      B_npvtk B_sivtk E_vtk sfpvtk TYP_vtk Z_vtk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DKRA
    ""

    /begin DEF_CHARACTERISTIC
      CDCKRA01 CDCKRA02 CDCKRA03 CDCKRA04 CDKKRA01 CDKKRA02
      CDKKRA03 CDKKRA04 CDTKRA01 CDTKRA02 CDTKRA03 CDTKRA04
      CLAKRA01 CLAKRA02 CLAKRA03 CLAKRA04 FFTKRA01 FFTKRA02
      FFTKRA03 FFTKRA04 TSFKRA01 TSFKRA02 TSFKRA03 TSFKRA04
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_clkra01 B_clkra02 B_clkra03 B_clkra04 B_mxkra01 B_mxkra02
      B_mxkra03 B_mxkra04 E_kra01 E_kra02 E_kra03 E_kra04
      sfpkra01 sfpkra02 sfpkra03 sfpkra04 TYPkra01 TYPkra02
      TYPkra03 TYPkra04 Z_kra01 Z_kra02 Z_kra03 Z_kra04
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DKRNT
    ""

    /begin DEF_CHARACTERISTIC
      CDCKRNT CDCKROF CDKKRNT CDKKROF CDTKRNT CDTKROF
      CLAKRNT CLAKROF FFTKRNT FFTKROF TSFKRNT TSFKROF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bekrnt B_bekrof B_bkkrnt B_bkkrof B_clkrnt B_clkrof
      B_ftkrnt B_ftkrof B_mnkrnt B_mnkrof B_mxkrnt B_mxkrof
      B_npkrnt B_npkrof B_sikrnt B_sikrof E_krnt E_krof
      sfpkrnt sfpkrof TYP_krnt TYP_krof Z_krnt Z_krof
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DKRS
    ""

    /begin DEF_CHARACTERISTIC
      CDCKS1 CDKKS1 CDTKS1 CLAKS1 FFTKS1 TSFKS1
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beks1 B_bkks1 B_clks1 B_ftks1 B_mnks1 B_mxks1
      B_npks1 B_siks1 E_ks1 sfpks1 TYP_ks1 Z_ks1
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DKRTP
    ""

    /begin DEF_CHARACTERISTIC
      CDCKRTP CDKKRTP CDTKRTP CLAKRTP FFTKRTP TSFKRTP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bekrtp B_bkkrtp B_clkrtp B_ftkrtp B_mnkrtp B_mxkrtp
      B_npkrtp B_sikrtp E_krtp sfpkrtp TYP_krtp Z_krtp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DKUPPL
    ""

    /begin DEF_CHARACTERISTIC
      CDCKUPPL CDKKUPPL CDTKUPPL CLAKUPPL FFTKUPPL TSFKUPPL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bekuppl B_bkkuppl B_clkuppl B_ftkuppl B_mnkuppl B_mxkuppl
      B_npkuppl B_sikuppl E_kuppl sfpkuppl TYP_kuppl Z_kuppl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DKVS
    ""

    /begin DEF_CHARACTERISTIC
      CDCFRA CDCORA CDKFRA CDKORA CDTFRA CDTORA
      CLAFRA CLAORA FFTFRA FFTORA TSFFRA TSFORA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_befra B_beora B_bkfra B_bkora B_clfra B_clora
      B_ftfra B_ftora B_mnfra B_mnora B_mxfra B_mxora
      B_npfra B_npora B_sifra B_siora E_fra E_ora
      sfpfra sfpora TYP_fra TYP_ora Z_fra Z_ora
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DLBK
    ""

    /begin DEF_CHARACTERISTIC
      CDCLBK CDKLBK CDTLBK CLALBK FFTLBK TSFLBK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_belbk B_bklbk B_cllbk B_ftlbk B_mnlbk B_mxlbk
      B_nplbk B_silbk E_lbk sfplbk TYP_lbk Z_lbk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DLBKO
    ""

    /begin DEF_CHARACTERISTIC
      CDCLBKO CDKLBKO CDTLBKO CLALBKO FFTLBKO TSFLBKO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_belbko B_bklbko B_cllbko B_ftlbko B_mnlbko B_mxlbko
      B_nplbko B_silbko E_lbko sfplbko TYP_lbko Z_lbko
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DLBKP
    ""

    /begin DEF_CHARACTERISTIC
      CDCLBKP CDKLBKP CDTLBKP CLALBKP FFTLBKP TSFLBKP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_belbkp B_bklbkp B_cllbkp B_ftlbkp B_mnlbkp B_mxlbkp
      B_nplbkp B_silbkp E_lbkp sfplbkp TYP_lbkp Z_lbkp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DLGHMM
    ""

    /begin DEF_CHARACTERISTIC
      CDCLGHMM CDKLGHMM CDTLGHMM CLALGHMM FFTLGHMM TSFLGHMM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_belghmm B_bklghmm B_cllghmm B_ftlghmm B_mnlghmm B_mxlghmm
      B_nplghmm B_silghmm E_lghmm sfplghmm TYP_lghmm Z_lghmm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DLLR
    ""

    /begin DEF_CHARACTERISTIC
      CDCLLRH CDCLLRM CDKLLRH CDKLLRM CDTLLRH CDTLLRM
      CLALLRH CLALLRM FFTLLRH FFTLLRM TSFLLRH TSFLLRM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bellrh B_bellrm B_bkllrh B_bkllrm B_clllrh B_clllrm
      B_ftllrh B_ftllrm B_mnllrh B_mnllrm B_mxllrh B_mxllrm
      B_npllrh B_npllrm B_sillrh B_sillrm E_llrh E_llrm
      sfpllrh sfpllrm TYP_LLRH TYP_LLRM Z_llrh Z_llrm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DLSAHK
    ""

    /begin DEF_CHARACTERISTIC
      CDCLASH CDKLASH CDTLASH CLALASH FFTLASH TSFLASH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_belash B_bklash B_cllash B_falash B_mnlash B_mxlash
      B_nplash B_silash E_lash sfplash TYP_lash Z_lash
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DMDMIL
    ""

    /begin DEF_CHARACTERISTIC
      CDCMD CDCMD00 CDCMD01 CDCMD02 CDCMD03 CDKMD
      CDKMD00 CDKMD01 CDKMD02 CDKMD03 CDTMD CDTMD00
      CDTMD01 CDTMD02 CDTMD03 CLAMD CLAMD00 CLAMD01
      CLAMD02 CLAMD03 FFTMD FFTMD00 FFTMD01 FFTMD02
      FFTMD03 TSFMD TSFMD00 TSFMD01 TSFMD02 TSFMD03
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bemd B_bemd00 B_bemd01 B_bemd02 B_bemd03 B_bkmd
      B_bkmd00 B_bkmd01 B_bkmd02 B_bkmd03 B_clmd B_clmd00
      B_clmd01 B_clmd02 B_clmd03 B_ftmd B_ftmd00 B_ftmd01
      B_ftmd02 B_ftmd03 B_mnmd B_mnmd00 B_mnmd01 B_mnmd02
      B_mnmd03 B_mxmd B_mxmd00 B_mxmd01 B_mxmd02 B_mxmd03
      B_npmd B_npmd00 B_npmd01 B_npmd02 B_npmd03 B_simd
      B_simd00 B_simd01 B_simd02 B_simd03 E_md E_md00
      E_md01 E_md02 E_md03 sfpmd sfpmd00 sfpmd01
      sfpmd02 sfpmd03 TYP_md TYP_md00 TYP_md01 TYP_md02
      TYP_md03 Z_md Z_md00 Z_md01 Z_md02 Z_md03
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DNMAX
    ""

    /begin DEF_CHARACTERISTIC
      CDCNX CDKNX CDTNX CLANX FFTNX TSFNX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_benx B_bknx B_clnx B_ftnx B_mnnx B_mxnx
      B_npnx B_sinx E_nx sfpnx TYP_nx Z_nx
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DNOHK
    ""

    /begin DEF_CHARACTERISTIC
      CDCNOHK CDKNOHK CDTNOHK CLANOHK FFTNOHK TSFNOHK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_benohk B_bknohk B_clnohk B_ftnohk B_mnnohk B_mxnohk
      B_npnohk B_sinohk E_nohk sfpnohk TYP_nohk Z_nohk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DNOHKP
    ""

    /begin DEF_CHARACTERISTIC
      CDCNOHKP CDKNOHKP CDTNOHKP CLANOHKP FFTNOHKP TSFNOHKP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_benohkp B_bknohkp B_clnohkp B_ftnohkp B_mnnohkp B_mxnohkp
      B_npnohkp B_sinohkp E_nohkp sfpnohkp TYP_nohkp Z_nohkp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DNWKW
    ""

    /begin DEF_CHARACTERISTIC
      CDCNWKW CDKNWKW CDTNWKW CLANWKW FFTNWKW TSFNWKW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_benwkw B_bknwkw B_clnwkw B_ftnwkw B_mnnwkw B_mxnwkw
      B_npnwkw B_sinwkw E_nwkw sfpnwkw TYP_nwkw Z_nwkw
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DPH
    ""

    /begin DEF_CHARACTERISTIC
      CDCPH CDKPH CDTPH CLAPH FFTPH TSFPH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beph B_bkph B_clph B_ftph B_mnph B_mxph
      B_npph B_siph E_ph sfpph TYP_ph Z_ph
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DPL
    ""

    /begin DEF_CHARACTERISTIC
      CDCDPL CDKDPL CDTDPL CLADPL FFTDPL TSFDPL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedpl B_bkdpl B_cldpl B_ftdpl B_mndpl B_mxdpl
      B_npddpl B_siddpl E_dpl sfpdpl TYP_dpl Z_dpl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DPLLSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCPLLSU CDKPLLSU CDTPLLSU CLAPLLSU FFTPLLSU TSFPLLSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bepllsu B_bkpllsu B_clpllsu B_ftpllsu B_mnpllsu B_mxpllsu
      B_nppllsu B_sipllsu E_pllsu sfppllsu TYP_pllsu Z_pllsu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DSALSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCSALSU CDKSALSU CDTSALSU CLASALSU FFTSALSU TSFSALSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_besalsu B_bksalsu B_clsalsu B_ftsalsu B_mnsalsu B_mxsalsu
      B_npsalsu B_sisalsu E_salsu sfpsalsu TYP_salsu Z_salsu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DSBKV
    ""

    /begin DEF_CHARACTERISTIC
      CDCDSBKV CDKDSBKV CDTDSBKV CLADSBKV FFTDSBKV TSFDSBKV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedsbkv B_bkdsbkv B_cldsbkv B_ftdsbkv B_mndsbkv B_mxdsbkv
      B_npdsbkv B_sidsbkv E_dsbkv sfpdsbkv TYP_dsbkv Z_dsbkv
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DSELHFS
    ""

    /begin DEF_CHARACTERISTIC
      CDCLM CDKLM CDTLM CLALM FFTLM TSFLM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_belm B_bklm B_cllm B_falm B_mnlm B_mxlm
      B_nplm B_silm E_lm sfplm TYP_lm Z_lm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DSGEEP
    ""

    /begin DEF_CHARACTERISTIC
      CDCSGEEP CDKSGEEP CDTSGEEP CLASGEEP FFTSGEEP TSFSGEEP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_besgeep B_bksgeep B_clsgeep B_ftsgeep B_mnsgeep B_mxsgeep
      B_npsgeep B_sisgeep E_sgeep sfpsgeep TYP_sgeep Z_sgeep
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DSKNO
    ""

    /begin DEF_CHARACTERISTIC
      CDCSKNO CDKSKNO CDTSKNO CLASKNO FFTSKNO TSFSKNO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beskno B_bkskno B_clskno B_ftskno B_mnskno B_mxskno
      B_npskno B_siskno E_skno sfpskno TYP_skno Z_skno
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DTANKL
    ""

    /begin DEF_CHARACTERISTIC
      CDCTANKL CDKTANKL CDTTANKL CLATANKL FFTTANKL TSFTANKL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_betankl B_bktankl B_cltankl B_fttankl B_mntankl B_mxtankl
      B_nptankl B_sitankl E_tankl sfptankl TYP_tankl Z_tankl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DTEV
    ""

    /begin DEF_CHARACTERISTIC
      CDCTES CDKTES CDTTES CLATES FFTTES TSFTES
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_betes B_bktes B_cltes B_fttes B_mntes B_mxtes
      B_nptes B_sites E_tes sfptes TYP_tes Z_tes
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DUF
    ""

    /begin DEF_CHARACTERISTIC
      CDCUFMV CDCUFNC CDCUFPR CDCUFRKC CDCUFRLIP CDCUFSGA
      CDCUFSGB CDCUFSKA CDCUFSPSC CDKUFMV CDKUFNC CDKUFPR
      CDKUFRKC CDKUFRLIP CDKUFSGA CDKUFSGB CDKUFSKA CDKUFSPSC
      CDTUFMV CDTUFNC CDTUFPR CDTUFRKC CDTUFRLIP CDTUFSGA
      CDTUFSGB CDTUFSKA CDTUFSPSC CLAUFMV CLAUFNC CLAUFPR
      CLAUFRKC CLAUFRLIP CLAUFSGA CLAUFSGB CLAUFSKA CLAUFSPSC
      FFTUFMV FFTUFNC FFTUFPR FFTUFRKC FFTUFRLIP FFTUFSGA
      FFTUFSGB FFTUFSKA FFTUFSPSC TSFUFMV TSFUFNC TSFUFPR
      TSFUFRKC TSFUFRLIP TSFUFSGA TSFUFSGB TSFUFSKA TSFUFSPSC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beufmv B_beufnc B_beufpr B_beufrkc B_beufrlip B_beufsga
      B_beufsgb B_beufska B_beufspsc B_bkufmv B_bkufnc B_bkufpr
      B_bkufrkc B_bkufrlip B_bkufsga B_bkufsgb B_bkufska B_bkufspsc
      B_clufmv B_clufnc B_clufpr B_clufrkc B_clufrlip B_clufsga
      B_clufsgb B_clufska B_clufspsc B_ftufmv B_ftufnc B_ftufpr
      B_ftufrkc B_ftufrlip B_ftufsga B_ftufsgb B_ftufska B_ftufspsc
      B_mnufmv B_mnufnc B_mnufpr B_mnufrkc B_mnufrlip B_mnufsga
      B_mnufsgb B_mnufska B_mnufspsc B_mxufmv B_mxufnc B_mxufpr
      B_mxufrkc B_mxufrlip B_mxufsga B_mxufsgb B_mxufska B_mxufspsc
      B_npufmv B_npufnc B_npufpr B_npufrkc B_npufrlip B_npufsga
      B_npufsgb B_npufska B_npufspsc B_siufmv B_siufnc B_siufpr
      B_siufrkc B_siufrlip B_siufsga B_siufsgb B_siufska B_siufspsc
      E_ufmv E_ufnc E_ufpr E_ufrkc E_ufrlip E_ufsga
      E_ufsgb E_ufska E_ufspsc sfpufmv sfpufnc sfpufpr
      sfpufrkc sfpufrlip sfpufsga sfpufsgb sfpufska sfpufspsc
      TYP_ufmv TYP_ufnc TYP_ufpr TYP_ufrkc TYP_ufrlip TYP_ufsga
      TYP_ufsgb TYP_ufska TYP_ufspsc Z_ufmv Z_ufnc Z_ufpr
      Z_ufrkc Z_ufrlip Z_ufsga Z_ufsgb Z_ufska Z_ufspsc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DULSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCULSU CDKULSU CDTULSU CLAULSU FFTULSU TSFULSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beulsu B_bkulsu B_clulsu B_ftulsu B_mnulsu B_mxulsu
      B_npulsu B_siulsu E_ulsu sfpulsu TYP_ulsu Z_ulsu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DUR
    ""

    /begin DEF_CHARACTERISTIC
      CDCURRAM CDCURROM CDCURRST CDKURRAM CDKURROM CDKURRST
      CDTURRAM CDTURROM CDTURRST CLAURRAM CLAURROM CLAURRST
      FFTURRAM FFTURROM FFTURRST TSFURRAM TSFURROM TSFURRST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beurram B_beurrom B_beurrst B_bkurram B_bkurrom B_bkurrst
      B_clurram B_clurrom B_clurrst B_fturram B_fturrom B_fturrst
      B_mnurram B_mnurrom B_mnurrst B_mxurram B_mxurrom B_mxurrst
      B_npurram B_npurrom B_npurrst B_siurram B_siurrom B_siurrst
      E_urram E_urrom E_urrst sfpurram sfpurrom sfpurrst
      TYP_urram TYP_urrom TYP_urrst Z_urram Z_urrom Z_urrst
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_DVFZ
    ""

    /begin DEF_CHARACTERISTIC
      CDCVFZ CDKVFZ CDTVFZ CLAVFZ FFTVFZ TSFVFZ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bevfz B_bkvfz B_clvfz B_ftvfz B_mnvfz B_mxvfz
      B_npvfz B_sivfz E_vfz sfpvfz TYP_vfz Z_vfz
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_FRST
    ""

    /begin DEF_CHARACTERISTIC
      CDCFRST CDKFRST CDTFRST CLAFRST FFTFRST TSFFRST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_befrst B_bkfrst B_clfrst B_ftfrst B_mnfrst B_mxfrst
      B_npfrst B_sifrst E_frst sfpfrst TYP_frst Z_frst
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GECOD
    ""

    /begin DEF_CHARACTERISTIC
      CDCGECOD CDKGECOD CDTGECOD CLAGECOD FFTGECOD TSFGECOD
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avgecod B_begecod B_bkgecod B_clgecod B_ftgecod B_mngecod
      B_mxgecod B_npgecod B_pygecod B_scgecod B_sigecod E_gecod
      sfpgecod TYP_gecod Z_gecod
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGCS
    ""

    /begin DEF_CHARACTERISTIC
      CDCCAIRP CDCSCR CDKCAIRP CDKSCR CDTCAIRP CDTSCR
      CLACAIRP CLASCR FFTCAIRP FFTSCR TSFCAIRP TSFSCR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_becairp B_bescr B_bkcairp B_bkscr B_clcairp B_clscr
      B_ftcairp B_ftscr B_mncairp B_mnscr B_mxcairp B_mxscr
      B_npcairp B_npscr B_sicairp B_siscr E_cairp E_scr
      sfpcairp sfpscr TYP_cairp TYP_scr Z_cairp Z_scr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGDSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCDSU CDKDSU CDTDSU CLADSU FFTDSU TSFDSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bedsu B_bkdsu B_cldsu B_ftdsu B_mndsu B_mxdsu
      B_npdsu B_sidsu E_dsu sfpdsu TYP_dsu Z_dsu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGEGAS
    ""

    /begin DEF_CHARACTERISTIC
      CDCBREMS CDKBREMS CDTBREMS CLABREMS FFTBREMS TSFBREMS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bebrems B_bkbrems B_clbrems B_ftbrems B_mnbrems B_mxbrems
      B_npbrems B_sibrems E_brems sfpbrems TYP_brems Z_brems
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGFGRH
    ""

    /begin DEF_CHARACTERISTIC
      CDCGRBH CDKGRBH CDTGRBH CLAGRBH FFTGRBH TSFGRBH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_begrbh B_bkgrbh B_clgrbh B_ftgrbh B_mngrbh B_mxgrbh
      B_npgrbh B_sigrbh E_grbh sfpgrbh TYP_grbh Z_grbh
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGGTS
    ""

    /begin DEF_CHARACTERISTIC
      CDCTMKI CDKTMKI CDTTMKI CLATMKI FFTTMKI TSFTMKI
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avtmki B_betmki B_bktmki B_cltmki B_fttmki B_mntmki
      B_mxtmki B_nptmki B_pytmki B_sctmki B_sitmki E_tmki
      sfptmki TYP_tmki Z_tmki
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGHLA
    ""

    /begin DEF_CHARACTERISTIC
      CDCHLA CDKHLA CDTHLA CLAHLA FFTHLA TSFHLA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behla B_bkhla B_clhla B_fthla B_mnhla B_mxhla
      B_nphla B_sihla E_hla sfphla TYP_hla Z_hla
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGPED
    ""

    /begin DEF_CHARACTERISTIC
      CDCBWF CDCFP1P CDCFP2P CDCFPP CDKBWF CDKFP1P
      CDKFP2P CDKFPP CDTBWF CDTFP1P CDTFP2P CDTFPP
      CLABWF CLAFP1P CLAFP2P CLAFPP FFTBWF FFTFP1P
      FFTFP2P FFTFPP TSFBWF TSFFP1P TSFFP2P TSFFPP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bebwf B_befp1p B_befp2p B_befpp B_bkbwf B_bkfp1p
      B_bkfp2p B_bkfpp B_clbwf B_clfp1p B_clfp2p B_clfpp
      B_ftbwf B_ftfp1p B_ftfp2p B_ftfpp B_mnbwf B_mnfp1p
      B_mnfp2p B_mnfpp B_mxbwf B_mxfp1p B_mxfp2p B_mxfpp
      B_npbwf B_npfp1p B_npfp2p B_npfpp B_sibwf B_sifp1p
      B_sifp2p B_sifpp E_bwf E_fp1p E_fp2p E_fpp
      sfpbwf sfpfp1p sfpfp2p sfpfpp TYP_bwf TYP_fp1p
      TYP_fp2p TYP_fpp Z_bwf Z_fp1p Z_fp2p Z_fpp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGTFA
    ""

    /begin DEF_CHARACTERISTIC
      CDCTA CDKTA CDTTA CLATA FFTTA TSFTA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beta B_bkta B_clta B_ftta B_mnta B_mxta
      B_npta B_sita E_ta sfpta TYP_ta Z_ta
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGTFAH
    ""

    /begin DEF_CHARACTERISTIC
      CDCTAHFM CDKTAHFM CDTTAHFM CLATAHFM FFTTAHFM TSFTAHFM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_betahfm B_bktahfm B_cltahfm B_fttahfm B_mntahfm B_mxtahfm
      B_nptahfm B_sitahfm E_tahfm sfptahfm TYP_tahfm Z_tahfm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGTFM
    ""

    /begin DEF_CHARACTERISTIC
      CDCTM CDKTM CDTTM CLATM FFTTM TSFTM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_betm B_bktm B_cltm B_fttm B_mntm B_mxtm
      B_nptm B_sitm E_tm sfptm TYP_tm Z_tm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGTKA
    ""

    /begin DEF_CHARACTERISTIC
      CDCTKA CDKTKA CDTTKA CLATKA FFTTKA TSFTKA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_betka B_bktka B_cltka B_fttka B_mntka B_mxtka
      B_nptka B_sitka E_TKA sfptka TYP_tka Z_TKA
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGUB
    ""

    /begin DEF_CHARACTERISTIC
      CDCUB CDKUB CDTUB CLAUB FFTUB TSFUB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beub B_bkub B_club B_ftub B_mnub B_mxub
      B_npub B_siub E_ub sfpub TYP_ub Z_ub
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_GGUBR
    ""

    /begin DEF_CHARACTERISTIC
      CDCUBR CDKUBR CDTUBR CLAUBR FFTUBR TSFUBR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beubr B_bkubr B_clubr B_ftubr B_mnubr B_mxubr
      B_npubr B_siubr E_ubr sfpubr TYP_ubr Z_ubr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_HDR
    ""

    /begin DEF_CHARACTERISTIC
      CDCHDR CDKHDR CDTHDR CLAHDR FFTHDR TSFHDR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behdr B_bkhdr B_clhdr B_fthdr B_mnhdr B_mxhdr
      B_nphdr B_sihdr E_hdr sfphdr TYP_hdr Z_hdr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_HRE
    ""

    /begin DEF_CHARACTERISTIC
      CDCHRE CDKHRE CDTHRE CLAHRE FFTHRE TSFHRE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_behre B_bkhre B_clhre B_fthre B_mnhre B_mxhre
      B_nphre B_sihre E_hre sfphre TYP_hre Z_hre
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_IMS
    ""

    /begin DEF_CHARACTERISTIC
      CDCSGEEW CDCWFS CDCWFSRC CDKSGEEW CDKWFS CDKWFSRC
      CDTSGEEW CDTWFS CDTWFSRC CLASGEEW CLAWFS CLAWFSRC
      FFTSGEEW FFTWFS FFTWFSRC TSFSGEEW TSFWFS TSFWFSRC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_besgeew B_bewfs B_bewfsrc B_bksgeew B_bkwfs B_bkwfsrc
      B_clsgeew B_clwfs B_clwfsrc B_ftsgeew B_ftwfs B_ftwfsrc
      B_mnsgeew B_mnwfs B_mnwfsrc B_mxsgeew B_mxwfs B_mxwfsrc
      B_npsgeew B_npwfs B_npwfsrc B_sisgeew B_siwfs B_siwfsrc
      E_sgeew E_wfs E_wfsrc sfpsgeew sfpwfs sfpwfsrc
      TYP_sgeew TYP_wfs TYP_wfsrc Z_sgeew Z_wfs Z_wfsrc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_LZSR
    ""

    /begin DEF_CHARACTERISTIC
      CDCLZSR CDKLZSR CDTLZSR CLALZSR FFTLZSR TSFLZSR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_belzsr B_bklzsr B_cllzsr B_ftlzsr B_mnlzsr B_mxlzsr
      B_nplzsr B_silzsr E_lzsr sfplzsr TYP_lzsr Z_lzsr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_MDKOG
    ""

    /begin DEF_CHARACTERISTIC
      CDCMDB CDKMDB CDTMDB CLAMDB FFTMDB TSFMDB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bemdb B_bkmdb B_clmdb B_ftmdb B_mnmdb B_mxmdb
      B_npmdb B_simdb E_mdb sfpmdb TYP_mdb Z_mdb
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_NLKO
    ""

    /begin DEF_CHARACTERISTIC
      CDCMDSCH CDKMDSCH CDTMDSCH CLAMDSCH FFTMDSCH TSFMDSCH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bemdsch B_bkmdsch B_clmdsch B_ftmdsch B_mnmdsch B_mxmdsch
      B_npmdsch B_simdsch E_mdsch sfpmdsch TYP_mdsch Z_mdsch
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_TUNING
    ""

    /begin DEF_CHARACTERISTIC
      CDCAATUN CDKAATUN CDTAATUN CLAAATUN FFTAATUN TSFAATUN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_beaatun B_bkaatun B_claatun B_ftaatun B_mnaatun B_mxaatun
      B_npaatun B_siaatun E_aatun sfpaatun TYP_AATUN Z_aatun
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFPM_ZGST
    ""

    /begin DEF_CHARACTERISTIC
      CDCZGST00 CDCZGST01 CDCZGST02 CDCZGST03 CDKZGST00 CDKZGST01
      CDKZGST02 CDKZGST03 CDTZGST00 CDTZGST01 CDTZGST02 CDTZGST03
      CLAZGST00 CLAZGST01 CLAZGST02 CLAZGST03 FFTZGST00 FFTZGST01
      FFTZGST02 FFTZGST03 TSFZGST00 TSFZGST01 TSFZGST02 TSFZGST03
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bezgst00 B_bezgst01 B_bezgst02 B_bezgst03 B_bkzgst00 B_bkzgst01
      B_bkzgst02 B_bkzgst03 B_clzgst00 B_clzgst01 B_clzgst02 B_clzgst03
      B_ftzgst00 B_ftzgst01 B_ftzgst02 B_ftzgst03 B_mnzgst00 B_mnzgst01
      B_mnzgst02 B_mnzgst03 B_mxzgst00 B_mxzgst01 B_mxzgst02 B_mxzgst03
      B_npzgst00 B_npzgst01 B_npzgst02 B_npzgst03 B_sizgst00 B_sizgst01
      B_sizgst02 B_sizgst03 E_zgst00 E_zgst01 E_zgst02 E_zgst03
      sfpzgst00 sfpzgst01 sfpzgst02 sfpzgst03 TYP_zgst00 TYP_zgst01
      TYP_zgst02 TYP_zgst03 Z_zgst00 Z_zgst01 Z_zgst02 Z_zgst03
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFRST
    "2.20      Diagnose; Plausibilitätsprüfung Kraftstoffversorgungssystem Kurztest"

    /begin DEF_CHARACTERISTIC
      DFRMST FRMSTDN FRMSTDX TFRMST TFRMZST TMFRST
      TMFRSTEW TVFRSTSI ZFRMST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpa B_cdfrst B_denox B_enws B_eobdlr B_fa
      B_fafrst B_lr B_mdarv frm_w tmew tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_esifrst B_frste B_frsteb DFRSTbit frmfil_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DFRZ
    "20.20     OBDII; Beschreibung 'freeze frame'"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DGGTNVK
    "3.40      Diagnose Gebergröße Temperatur hinter dem Vorkatalysator"

    /begin DEF_CHARACTERISTIC
      TABSDTMN TANSNVMX TATNVMN TDDTATM TDDTATMFA TDDTATMHM
      TDDTATMS TDDTRS TDRSMX TEDGGTZFA TEDGGTZST TEEDNV
      TELLRSMV TEPDNV TEPDNVT TMOTNVMX TVZTANV TVZTANVT
      UGGTMN UGGTMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdatnv B_fa B_fatnv B_hmm B_hom B_kh
      B_llr B_mdarv B_mdkat B_nmot B_pwf B_sa
      B_sch B_stend tabst_w tansk_w tanvkd_w tanvkm_w
      tanvkst_w tmotk_w uggtnvk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tanskst_w tmotkst_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_fatnvon B_pwfast B_tnvkhoff B_tnvksma B_tnvksmv B_tnvmne
      B_tnvmxe B_tnvp B_tnvpdmv B_tnvpstd B_tnvzstd tanvkdg_w
      tanvkmg_w tanvksmn_w tanvksmx_w tddtatm_w tdrsnvk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DHDEVE
    "1.80      Diagnose; Endstufe Hochdruck-EV"

    /begin DEF_CHARACTERISTIC
      CNTHEAL DLYHEAL NDCJ830U TDBZHDEV UDCJ830MN UDCJ830MX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abmhdev B_eveheal B_hdevcok B_konfig B_pwf B_sa
      B_stend diaeve diahdev1 evz_austot hdevscon hdevsconrd
      nmot tboost_w ubrsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehdev DHDEVEausbits1
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dhdevee B_eserr B_esstat cntbte cntcld cnthealcj
      cntksmh cntksml cntksubh cntksubl cntksw
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DHELSU
    "1.80      Diagnose Heizereinkopplung"

    /begin DEF_CHARACTERISTIC
      CWDHELSU DRLHEMX KLSDULSUMX TALASMX TVHKLSU TVHKLSUV
      UBDHELSUMN UBDHELSUMX ZEHK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TAHRLSUMN TVTKLSU
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdhelsu B_evloc B_fa B_henrin B_hstlsua B_hsve
      B_kh B_mdarv B_tal B_talval rl tahrlsu_w
      tavvkm_w ua10ms_w ubrsq uulsuv_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_heatf B_lsurfc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_helsu B_sigflsu dulsuhe_w sdulsumx_w ub_helsu zhklsu
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DHNOHK
    "3.10      Diagnose Heizung NOx-Sensor hinter Kat"

    /begin DEF_CHARACTERISTIC
      CWDHNOHK NOHMSABG RIMN RIMSMN RINOHMN RINOHMX
      RINOMX RINOSMN RINOSMX TBIHNOGR TEIANSCH TERIMSMN
      TNOHEIN TNORIS TRINOHTB TRINOMN TRINOMX TRINOTB
      TTANHKMN TTANHKMX TTANOSMX TTNOHKMX UBHNOEOFF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdhnohk B_hnohk B_ihnogr B_noh B_nohhe B_nohnoh
      B_noris B_novalid B_stend msabg_w rino_w tanhkm_w
      wubr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_edrino B_eiansch B_erimn B_erimsmn B_erinohtb B_erinohtp
      B_erinomn B_erinomx B_eritb B_hnohkhd B_nonohh
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_erimxoe B_eritboe B_hiansch B_hrimn B_hrimsmn B_hrinohtb
      B_hrinomx B_hritb B_nohdfr B_nohktb B_rinomx B_uhnoeof
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DHNOHKE
    "2.10      Endstufendiagnose NOx-Sensorheizung hinter Kat"

    /begin DEF_CHARACTERISTIC
      SCHMNHHE SCHMXHHE SCHSIHHE TDFSPERR TDLZKE UBHNOHMN
      UBHNOHMX UHNOHEMN UHNOHEMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdhnohke B_hnohk B_hnohke ubsq uhnohk
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hnohkeg B_hnohkein B_hnohken B_hnohkeof B_mnhhe B_mxhhe
      B_nohhe B_sihhe cntmnhhe cntmxhhe cntsihhe
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DHR
    "2.20      Diagnose; Hauptrelais"

    /begin DEF_CHARACTERISTIC
      TDHR TDZHR UHRMN1 UHRMN2 UHRMX1 UHRMX2
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ubrdmn1 B_ubrdmn2 wuhr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dhrnio
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DHRLSU
    "3.60      Diagnose Heizungsregelung LSU"

    /begin DEF_CHARACTERISTIC
      CWDHRLSU KLTKERDCMN KRIVKMX RINLSUPMN TAIKRLSUMN TAVVDCMN
      TEHEHRLSU TEHRF TEHRLSUE TKERLSUDMN TVENMX TVLSUBB
      TWVSOMOS UBHRLSUMN UBHRLSUMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TABSTHLSU TKERLSUS
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmng B_atmtpa B_cdhrlsu B_ehsve B_eiclsu B_elsuwi
      B_eshlsu B_evloc B_fa B_henrin B_hlsumx B_hrlsaus
      B_hstlsua B_hsv B_mdarv B_nmot B_sa B_stend
      krivk_w rinlsu_w tabst_w tahrlsu_w tavso_w thxlsum_w
      tkerlsu_w ubrsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehlsu B_ricalf B_zhhrlsu DHRLSUausbits1
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hrlsunp B_hrlsunp2 B_rinnp B_rinnp2 B_spdhrub B_tahrmn
      B_tahrmn2 B_tahrmx B_tahrmx2 DHRLSUlokbits1 DHRLSUlokbits1_2 tkerdcmn_w
      ub_hsv
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DHRLSUE
    "1.80      Diagnose Heizungs-Endstufe für Systeme mit CJxxx Diagnose-ES-Baustein"

    /begin DEF_CHARACTERISTIC
      TAHRLSUMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      UBHRLSUMN UBHRLSUMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdhrlsue B_hsvemn B_hsvemx B_hsvesi B_nmot B_stend
      tahrlsu_w ubrsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehsve
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hsveemn B_hsveemx B_hsveesi
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DICLSU
    "1.100     Dignose: Auswerte-IC für Breitband-Lambdasonde LSU"

    /begin DEF_CHARACTERISTIC
      CWDICLSU DFRZASNAMN FRSNAMX IMLNAMN KLIMLNA KUSVKMX
      LAMSSMN LAMSSMX RINNPH SDULSUMX SULSUMN TALSUSMX
      TVDESHLSU TVDFRZAIP TVLSUTRIM TVLSUTRIMZ TVLSUUMN TVOCIPLL
      TVRINNPH TVSERSL TVSHEIP TVSHESL TVSNPFNA UAOCUNMN
      UAOCUNMX UAOCVMMN UAOCVMMX UASNAMN UASNAMX ZHKOCVMMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SULSUMX TVHKLSUV TVTKLSU
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdiclsu B_ehsve B_eshlsu B_frini B_hom B_hstlsua
      B_hsve B_iclsabg B_kh B_lrhkp B_lrmsbs B_lrs
      B_lsuiamn B_lsuiamx B_lsuicif B_lsuickf B_lsurfc B_lsuube
      B_lsuunmn B_lsuunmx B_lsuvmmn B_lsuvmmx B_nmot B_sa
      B_stend B_tal B_talval B_za dfrza_w frm_w
      kusvkft_w kusvk_w lamsons_w msabg_w rinlsu_w tavvkm_w
      ua10mo_w ubrsq_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_diagia B_eiclsu B_ekusvk B_elsuwi B_lsudip B_spf3k
      diclsuAusBits diclsuAusBits2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_helsuip B_lsuabgl B_lsumxtk B_lsuna B_lsuocun B_lsuocvm
      B_lsuumn B_npsna B_ocipll B_zlsuia dfrsna_w diclsuLokBits1
      diclsuLokBits1_2 diclsuLokBits2 diclsuLokBits3 diclsuLokBits4 dulsuvm_w frsnast_w
      imlna_w thlsuip_w zhkocvm
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      DFPM_DICLSU
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DIMCA
    "2.20      Diagnose; Inspection Maintenance Code, allgemein"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdagr B_cdagrs B_cdhrlsu B_cdldp B_cdlsv B_cdsls
      B_cdtes B_katfz B_kath B_pwf B_rdyagr B_rdyhs
      B_rdykat B_rdyls B_rdytes
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agrrdy B_hsrdy B_kathrdy B_katrdy B_kkrdy B_lsrdy
      B_slsrdy B_tesrdy ready
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      evsup1
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DIMCAGR
    "2.30      Diagnose; Inspection Maintenance Code, Abgasrückführsystem-Überwachung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rdyagr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zagrlr B_zagrsr B_zagrvr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DIMCHLS
    "3.20      Diagnose; Inspection Maintenance Code, LS-Heizungsüberwachung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rdyhs dimchlsAusBitsNov
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_rdhsi2 B_zhnohkr B_zhsfer B_zhsfr B_zhsher B_zhshr
      B_zhsver B_zhsvr B_zhsvsar dimchlsLokBitsNov_1 dimchlsLokBitsNov_2 dimchlsLokBitsNov_3
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DIMCKAT
    "2.40      Diagnose; Inspection maintenance Code, Katalysatorüberwachung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rdykat
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zkatr B_zsknor
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DIMCLS
    "1.20      Diagnose; Inspection maintenance Code, Lambdasondenüberwachung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rdyls
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zlashr B_zlsvr B_znohkr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DIMCTES
    "4.30      Diagnose; Inspection-Maintenance Code, Tankentlüftungssystem"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rdytes
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DINH
    "1.20      Inhibit-Handler"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      INHAAA RDFAAA
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      sfgaaaa
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKATSP
    "9.50      Katalysatordiagnose durch Gemischsprung"

    /begin DEF_CHARACTERISTIC
      APKTDI APKTDIT APKTDX AVKATFS CIDKATSP CIDKATSPI
      CIDKATSPR CIDKATSPT CWDKATSP DMRKTDS FIKTD FKTDAVK
      FKTDFE FKTDFET KFOSCTM KFOSCTMG LAKTDEO LAKTDEU
      LKTDF LKTDFT LKTDM LKTDMT OSCKTD OSCKTDNG
      OSCKTDT TKTDTO TMAXKATA TVKTDLE TVKTDRX USHKTDM
      USHKTDR USHKTDRX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdkatsp B_dktb B_dktkas B_fakat B_pwf B_tmsdkt
      B_vekatv ilmltkx_w imllaka_w lamzak_w lavhkm_w mo2fm_w
      msabvhk_w tkihkm_w ushk
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      avkatf B_dkifma B_dktens B_dktm B_dktr B_lamdkt
      B_vekat B_vekati dkatspAusBits dkatspAusBits20ms dkatspAusBits20ms_2 dkatspAusBitsNov
      dmrdkt_w ktspcnt_w lamdkt_w m6aktsp m6cktsp m6sktsp_w
      m6wktsp_w oscdktf_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      apdkt apdkti apedkts apzdkt B_cldkt B_dkifm
      B_dktle B_dktme B_dktre B_dktrg B_edkt B_elshvdk
      B_elsvdk2 B_ildkt B_predkt B_todkts B_zdkt B_zkat
      dkatspLokBits dkatspLokBits1 dkatspLokBits20ms dkatspLokBits20ms_2 dkatspLokBits_2 fgdkt_w
      imllaki_w imllako_w ldktmev_w mlfdkt_w mlldkt_w mo2fmo_w
      oscdkta_w oscdktg_w oscdktm_w oscdktn_w oscdktr_w oscdkts_w
      oscdktt_w oscdkt_w oscmnd_w oscmn_w oscmxd_w oscmx_w
      tdktto
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      DFPM_DKATSP
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKATSPEB
    "4.20      Einschaltbedingungen der Katalysatordiagnose"

    /begin DEF_CHARACTERISTIC
      CWDKATSPEB CWKATSLK DMLKTDO DTKTDGRAX FKTDGTV MLKTDO
      MLKTDOO MLKTDOT MLKTDU MLKTDUO MLKTDUT NKTDOT
      NKTDUT TKTDGRA TKTDSP TMAXKATS TMAXKATSO TMINKATS
      TMINKATSO TMNKATST TMSUKTDS TMXKATST TSKTDTK TWDKATS
      ZKTDML ZKTDTK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdkatsp B_cdkatspf B_cdkatspt B_dkifma B_dktens B_dtes
      B_edkvs B_fa B_fakat B_frmax B_frmin B_lamdkt
      B_lr B_lrka B_lshswok B_mdarv B_mdkat B_nswo2
      B_sbbhk B_stend B_tehb B_vekati lamdkt_w lamsbg_w
      msabvhk_w nmot tkihkm_w tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dktb B_dktbi B_dktkas B_dktlbi B_dktsbs B_dktsps
      B_tmsdkt B_vekatv dkatspebAusBits dkatspebAusBits_2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_binsti B_binstop B_dktgtv B_dktn B_dkttks B_dktts
      B_lshswos B_mldkt dkatspebLokBits dkatspebLokBits1 ladktko_w mldkthp_w
      tkdktg_w tkdkthp_w tkdktol_w tsdkttk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKATTH
    "2.50      Thermische Katalysatordiagnose"

    /begin DEF_CHARACTERISTIC
      AMKTMN AMKTMX CWKT EXKTMN EXKTMNT EXKTMX
      EXKTMXT LAKTMN LAKTMX NKNEKTMX NMNFKTMX NMNFKTT
      TAKTHPS TAKTHPSV TAKTMN TAKTMX TATUKMN TATUKMX
      TC6CKTH TKTAMN TKTAMNT TKTHPEB TKTHPEBT TKTHPEBV
      TMKTMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdvkt B_fa B_fakth lamsoni_w msabg_w tanvkgm_w
      tanvk_w tatuk tavvkm_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_tkhcanf m6akth m6ckth m6skth_w m6wkth_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_tkabp B_tkamif B_tkanpd B_tkappm B_tkenp B_tkfa
      B_tkheal B_tkiwv B_tkkne B_tkknegs B_tklaif B_tkmnf
      B_tkmnfgs B_tknof B_tknofgs B_tkpda B_tktae B_tktaev
      B_tktaif B_tktanif B_tktm dttk_w extk_w idttk_w
      ntkdt tatkhpv_w tatkhp_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKRA
    "6.40      Diagnose; Klopfregelanschlag"

    /begin DEF_CHARACTERISTIC
      DKRAMX DKRAZ NDKRA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl B_kr B_krwa B_pwf nmot tpnt_aktiv
      zzylkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      flmxctr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dkractr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKRNT
    "11.10     Diagnose; Klopfregelung, Nulltest (OBDII)"

    /begin DEF_CHARACTERISTIC
      CWDKRNT CWDKROF DKROFN DKROKU KRFHT UDKRGOFS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DKROKD
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dnt B_pwf B_stend igod_w ikrma nmot
      tmfln_w tpnt_aktiv
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      xzskrnt xzskrof
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      xzkrznt xzkrzof
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKRS
    "29.100    Diagnose; Klopfsensor (OBDII)"

    /begin DEF_CHARACTERISTIC
      CWDKS KRFHKS KRZYLDIAG NDKSO NDKSU UDKSNO
      UDKSNU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SENZZYL SNM16KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kr B_krfdks B_krldy B_krndy B_pwf B_tmkr
      esst_snm16krub nmot rkr vkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      rkrn_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ds B_ds2 ehks ehks_min ehlpks ehlpks_min
      udksnoa_w udksnua_w xzkrzs xzsen zhlpks
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKRTP
    "11.10     Diagnose; Klopfregelung, Testimpuls (OBDII)"

    /begin DEF_CHARACTERISTIC
      CWDKRTP UDKRTP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KRFHT
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dtp B_pwf ikrma ikrmet tpnt_aktiv
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      xzskrtp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      xzkrztp
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKUPPL
    "1.40      Diagnose Kupplungsschalter"

    /begin DEF_CHARACTERISTIC
      AGANGW AKUPPLB TDKUPNOG VDKUPPLMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_brems B_lsd gangi S_kupp vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzgangw anzkupplb B_gangok
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKVBDE
    "3.20      Diagnose Kraftstoffversorgungssystem BDE"

    /begin DEF_CHARACTERISTIC
      KLPRSTAU PRNL1 TVAMSVTEBF UBMSVMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_airbag B_faomsv B_kstebf B_stend B_uprmnpl nmot
      ubsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dkvbdepl B_hdr B_msvoff B_prnl dkvbde_s prnl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ifend
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKVBDEPL
    "1.50      Diagnose Plausibilitätsprüfung Kraftstoffversorgungssystem BDE"

    /begin DEF_CHARACTERISTIC
      HDRERRFH KLHDRERRFS SDHDRMN SDHDRMX SDHDRSIG SDRKDHDR
      ZDHDRMXMN ZDHDRSIG ZDKVBDEPL ZFHDRERR ZHHDRE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dkvbdepl B_hdr B_hdrres prdiff_w prdr_w rk_w
      tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hdrnpls drkdhdr_w hdrerrf_w prdiffse_w prdiffxn_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DKVS
    "28.50     Diagnose; Plausibilitätsprüfung Kraftstoffversorgungssysteme"

    /begin DEF_CHARACTERISTIC
      CWDKVSTAB DFRAESTAB DFRASTAB DFRATZ DFRMSTAB DORAESTAB
      DORASTAB FRADN FRADNFA FRADX FRADXFA IMKDKVSF
      IMKDKVSG IMKKVSMX ORADN ORADNFA ORADX ORADXFA
      TEFRA TEORA TFRA TFRAAKT TFRATZ TMSTTLS
      TNSETLS TORA TORAAK TORAAKT ZKDFRM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdkvs B_fafrst B_falra B_fvlra B_gap B_lrafra
      B_lrafrat B_lraora B_lrare B_nofra B_noora B_pwf
      B_sa B_tal B_talval dfrat_w dfrm_w frai_w
      lamsbg_w ml ora_w tmst tnse_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dkvsf B_edkvs B_frastab B_gae B_gaefra B_gaeing
      B_orastab B_tfuora B_zfra B_zora
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dkvsfm B_dkvstr B_efra B_eora B_frast B_fstabzs
      B_imkkvse B_kvsffl B_orast B_ostabzs B_zfrat dfrai_w
      dfrmf_w dora_w frairef_w imkkvszs_w imkkvs_w oraref_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLBK
    "2.60      Diagnose Ladungsbewegungsklappe"

    /begin DEF_CHARACTERISTIC
      ANZLBKMN CWDLBK DLBKSIMX DPSPULBKMN LBKMD LBKOD
      TDDDLBKEPS TDDLBKNP TMOTLBKMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdlbk B_lbkbb B_lbklrnef B_lbkps B_nmot B_pwf
      B_sttakt dpulbkps_w lbkist_w lbksol_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lbkg B_lbknh B_lbknlb B_lbksg
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anlbkmn B_enplbk B_helnplbk B_hnplbk B_lbkemn B_lbkemx
      B_lbkerein B_lbknpl B_nplbkew B_vdlbk dlbksfif_w lbksolnp_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLBKE
    "2.10      Diagnose Ladungsbewegungsklappe Endstufe"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWLBK
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee B_lbk lbkist_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lbkea B_lbkena DLBKEbits
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLBKO
    "1.10      Diagnose LBK Offset"

    /begin DEF_CHARACTERISTIC
      LBKGRADEMN LBKGRADEMX ULBKOFSEMN ULBKOFSEMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_aflbkgrd B_cdlbko B_lbkbb B_lbklrnef B_sttakt lbkgradl_w
      ulbkoffs_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enplbko B_esilbko
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLBKP
    "1.10      Diagnose LBK Potentiometer"

    /begin DEF_CHARACTERISTIC
      TDDFLBKO ULBKMN ULBKMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdlbkp B_lbkbb ulbkist_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLGHMM
    "1.50      Diagnose Laufgrenze HMM-Betrieb"

    /begin DEF_CHARACTERISTIC
      AELLGOV ALGBSTP ASDELAY ASHEAL CWLG DECDLGCORR
      GSLUTS IVGSLUTS IVSLUTS KFLUTSN KLGMDMN KLGMDMX
      KLGNMN KLGNMX KLGSLUTS MSLUTS1 MSLUTS2 SLUTSMX
      SWMDGRLG TLGBSTP1 TLGBSTP2 TLGMDGR TLGUE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_evakt B_fbm B_hmmlgs B_kl B_mdarv B_nldg
      B_nozwe B_wkauf B_wkr B_wkral fofstat lutszyl_w
      mdverl_w miist_w nmot_w zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dlgapp B_lghmm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bsl B_bsla B_bslb B_bslc B_cwlg B_dlgflt
      B_dlgoff B_dlgrec B_dlgstp B_hllghmm B_lgmdcon B_lgpas
      cndlg_w dlgcorr_w dsluts_w fanluts_w gsluts_w mdglg_w
      mdkuppl_w nfluts_w nluts_w slutsz_w sluts_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLLR
    "37.10     Diagnose: Leerlaufregelung Erkennung blockierter Steller"

    /begin DEF_CHARACTERISTIC
      CNFLLR2SG DASA DNDLLRO DNDLLROKT DNDLLRU DNDLLRUKT
      FHDLLR RKDLLR RLDLLR TADLLR TDLLR TDLLRMN
      TDLLRMX TDLLRNF TMDLLR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdllr B_dknolu B_dkpu B_fanfg B_ll B_nldg
      B_nmot B_nswo1 B_sa dmllri_w dns fho
      limax_w limin_w rk_w rl tans tmot
      vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dllr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dllrfg B_dllrh B_dllrimnh B_dllrimnm B_dllrm B_healmnh
      B_healmnm B_healmxh B_healmxm B_llrhheal B_llrmheal DLLRlokBits
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLSAHKBD
    "1.150     Lambdasonden-Alterungsüberwachung hinter KAT für BDE"

    /begin DEF_CHARACTERISTIC
      ANZDYNSH ANZDYNSHNO ANZFSONOX ANZKTFSNO CWDLSAHKBD DLAMLASHF
      DLAMLASHM DMRLASH KMXSTG KMXSTGNO KTLAMSTEIG KTMLUSTEST
      LAMDENOX LAMDIFFNO LAMLASHMIN LAMLEANUS LAMSONSVL LAMSTEIG
      MLLASH MLOSTEST MLUSBDE MLUSSTG MLUSTEST MLUSVL
      SMLDYN SMLLEAN TABGSTGK TABGSTGNO TABGSW TENHOM
      TLLASH TRIPFASH TSALASH TTLASH TUSCHUB TUSENLASH
      TUSHKRFM TUSHKVL TUSHSMIN TUSLAMNO TUSLASH TUSLEAN
      TUSMSVL TUSSA TUSSTOER USHKLAM USHKVL USHLEAN
      USHLEANNO USHRICH USHRICHNO USHSTGMX USHSTGMXNO USHSTSOLL
      USHSTSOLLN USSCHUB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdlash B_cwlshdyn B_cwlshsch B_cwlshvl B_cwsnodyn B_cwsnosch
      B_denox B_dtes B_edkvs B_ensodia B_evloc B_fa
      B_fash B_fushk B_hmm B_hom B_lr B_lrhk
      B_lrhkp B_mdarv B_pwf B_sa B_sbbhk B_sch
      B_smfhk B_stend B_susplo B_vlsuftb B_vlsumrb B_znohk
      lamsbg_w lamsoni_w msabg_w tahsom_w tanhkm_w tkihkm_w
      ushk ushk_w usrhk usrhk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lshswok dmrlash_w lamlash_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_abgstg B_ddylash B_dlams B_dlash B_dshk B_dushkvl
      B_dushsch B_dylash B_enfmst B_enfmstn B_enhom B_enlash
      B_enlsoni B_ensch B_ensdnox B_enstgno B_entest B_flsw
      B_fsonox B_ierhsh B_ierlsh B_izyhsh B_izylsh B_ktrlash
      B_lamend B_lamlash B_lamtest B_lamverg B_lsahksp B_lsulash
      B_maxlash B_maxshs B_minlash B_minshs B_mldyn B_mllean
      B_mlustest B_ndyshn B_nesch B_nfsonox B_nfusim B_nfusimx
      B_nodyshn B_nolash B_noshs B_npllash B_nplshs B_sbbhkv
      B_siglash B_steigm B_steigno B_teslash B_trfash B_uscherf
      B_ushkf B_ushkm B_ushkrfm B_ushkvl B_ushsch B_vlsufm
      B_zwdynno B_zwdynsh dlams_w intlash_w lamdifn_w lamtrip_w
      mldyn_w mllam_w ushfmxstg ushfmxstn ushkmxstg ushkmxstn
      ushksteig ushkstgno zlash_w zwdynsh zwdynshno zwfsonox
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLSSA
    "14.90     Signalausgabe Lambdasonden"

    /begin DEF_CHARACTERISTIC
      DLAHISATO DLAHISATU DYNLSUTO DYNLSUTU LAMSSAMN LAMSSAMX
      SAFK1 TWDLSSA USIVMAXH USIVMINH USMNSHMN USMNSHMX
      USMXSHMN USMXSHMX USRHKSHJ USRJ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lrhk B_pwf dlahi_w dynlsu_w lamsoni_w lamsons_w
      ushk
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dlahisa dynlsusa lamsisa lamsosa ushkj usmnshn
      usmxshn
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      twdlssh_w ushkjf_w usmnsha usmxsha
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLUES1E
    "1.30      Endstufendiagnose Lüftersteuerung 1"

    /begin DEF_CHARACTERISTIC
      TVLUES1MN TVLUES1MX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee B_lues1
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enlues B_enlues1
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DLUES2E
    "1.20      Endstufendiagnose Lüftersteuerung 2"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee B_lues2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DM6VAL
    "2.20      Diagnosedaten für Mode $06 abhängig vom Validierstatus aufbereiten"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdkatsp B_cdskno ktspcnt_w m6cagrf m6ckth m6cktsp
      m6cskn m6sagrf_w m6skth_w m6sktsp_w m6sskn_w m6wagrf_w
      m6wkth_w m6wktsp_w m6wskn_w sknocnt_w tc6tesc tc6tess
      tc6tesw
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      m6vcagrf m6vckat m6vckth m6vsagrf_w m6vskat_w m6vskth_w
      m6vwagrf_w m6vwkat_w m6vwkth_w tc6vtesc tc6vtess_w tc6vtesw_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ktspcnti_w sknocnti_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDAPP
    "1.30      Diagnose misfire detection: Applikationsfunktion"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_analu B_dluerk B_fodon B_fofd B_fofdis B_fofdr
      B_fofr B_fofr1 B_fofr2 B_fofr3 B_fofr4 B_fofrun
      B_fofrun0 B_fofstp B_fohe B_fohold B_fondis B_fonstp
      B_for B_forn B_forun B_forun0 B_lfzyl1 B_luaerk
      B_luerk B_lustop B_mddrla B_mdmi B_mdng B_mdnmn
      B_mdnmx B_mdstim B_mdstop B_mdtnst B_milstp B_plok
      B_tnalu B_zylind
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fdmd ffof1 ffof2 ffon1 ffon2 flg
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDDLU
    "8.40      Diagnose Misfire Detection Differenzbildung der Laufunruhe"

    /begin DEF_CHARACTERISTIC
      DLURMIN DMXRDL KFDLUR KFDLUR1 KFDLUR2 KFDLURS
      NMIDLU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI08DM1UB SMI08DMUB SNM08DM3UB SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_analu B_lustop B_mdstop B_sch B_wk B_wkr
      dlutsk_w esst_smi08dm1ub esst_smi08dmub esst_snm08dm3ub esst_snm08dmub flurktm_w
      fofstat fonstat midmd nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dluerk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dlurs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDFOF
    "1.30      Diagnosis Misfire Detection Fuel-off Adaptation"

    /begin DEF_CHARACTERISTIC
      ALFOF ANWFOST ANWSTP CDFO CDFOMOD FLFOF
      FOFAKT FS1FOF FS2FOF KLCFOF1N KLCFOF2N LURFOST
      SLFOFO1N SLFOFO2N SLFOFU1N SLFOFU2N
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM04DM1UB SNM04DM2UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_cdmd B_cvt B_fofstp B_fonresf B_mdzgstp
      B_pwf esst_snm04dm1ub esst_snm04dm2ub esst_snm05dm1ub esst_snm05dm2ub lunw_w
      nmot tsroh_w zzyldmd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fofd B_fofdis B_fofdr B_fofr B_fofr1 B_fofr2
      B_fofr3 B_fofr4 B_fofrset B_fofrun B_fofrun0 B_folunw
      B_fomod B_fonresd B_zylind fofstat ts tsk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anwfofs anwst B_mdzyl1 cfof flmxof_w flnof1
      flnof2 flnof3 flpof1 flpof2 flpof3 fofresz
      fseof1 fseof2 fseof3 fseof_w fsof1 fsof2
      fsof3 idxfofl idxfofn slfofo_w slfofu_w xs
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDFON
    "8.30      Diagnosis Misfire Detection Fuel-on Adaptation"

    /begin DEF_CHARACTERISTIC
      ALFO ANWFOHE DFSEFO1N DFSEFO2N DFSERES FLFO
      FS1FO FS2FO KFCFO1 KFCFO2 MDERFOKH MDERKFON
      SLFOO1N SLFOO2N SLFOU1N SLFOU2N TNSTFON
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ANWFOST CDFO SNM08DM1UB SNM08DM2UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_cdmd B_cvt B_fofr1 B_folunw B_fomod
      B_fonresd B_fonresz B_fonstp B_kh B_mderk B_mdstop
      B_pwf esst_smi03dm1ub esst_smi03dm2ub esst_smi04dm1ub esst_smi04dm2ub esst_snm08dm1ub
      esst_snm08dm2ub esst_snm09dm1ub esst_snm09dm2ub fzabgs_w lunw_w luts_w
      nmot nmot_w tnst_w zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fodon B_fohe B_fohold B_fondis B_fonresf B_fonrset
      B_for B_forn B_forun B_forun0 B_plok fonstat
      fse_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anwfoh anwfos B_for00 B_for01 B_for02 B_for03
      B_for04 B_for05 B_for06 B_for07 B_for08 B_for09
      B_for10 B_for11 B_for12 B_for13 B_for14 B_for15
      B_for16 B_for17 B_for18 B_for19 B_for20 B_for21
      B_for22 B_for23 B_fordo B_forn01 B_forn02 B_forn03
      B_forn04 B_forn05 B_forn06 B_forn07 B_forn08 B_plok01
      B_plok02 B_plok03 B_plok04 B_plok05 B_plok06 B_plok07
      B_plok08 B_plokn cfoxx dfse dfseresz flmx_w
      fln0 fln1 fln2 fln3 flp0 flp1
      flp2 flp3 forbits1 forbits2 forbits3 fornbits
      fs0 fs1 fs2 fs3 fse0 fse1
      fse2 fse3 idxfob idxfol idxfomi idxfon
      plokbits zgstresz
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDLAD
    "6.40      Logic and Delay; Log. Verknüpfung versch. Blöcke zur Aussetzererkennung"

    /begin DEF_CHARACTERISTIC
      ANALUN ANALUST TNALU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dluerk B_dopzue B_luaerk B_luerk B_lustop B_mdstop
      B_milstp B_optpherk B_stpon esst_snm08dmub nmot zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_analu B_mderk B_tnalu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fanalun
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDLFB
    "1.30      Diagnose Misfire Detection Berechnung Laufunruhe luts und gefilterte fluts"

    /begin DEF_CHARACTERISTIC
      FLUTN FLUV1 NFLUV NINITSK NMNTKOMP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lustop B_mdzag B_mdzgstp nmot nmot_w tnst_w
      tsk_w zzyldmd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lfzyl1 B_mdstim dluts_w flutszyl_w fluts_w lunw_w
      lutszyl_w luts_w tskdelay tskx3exp tskx3_w zzyllfb
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      arimean_w B_mntkomp tkomp_w tsmxkomp_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDLFK
    "1.40      Diagnose Misfire Detection Korrektur der Laufunruhe luts und fluts"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fokstp B_mdstop dluts_w flutszyl_w fse_w lutszyl_w
      zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dlutsk_w flutskzy_w flutsk_w lutskzyl_w lutsk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDLU
    "6.40      Diagnose misfire detection; Laufunruhe"

    /begin DEF_CHARACTERISTIC
      DMXRLU FIAMALU FIMALU KFAMAL KFAMAL1 KFAMAL2
      KFLURB KFLURB1 KFLURB2 KFLURBS KFLURBV KFLURM
      KFLURM1 LURBMI LURKTM LURMIN1 LURMIN2 LURMIN3
      LURST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI08DM1UB SMI08DMUB SNM08DM3UB SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_analu B_faan B_fan B_fokstp B_ll B_lustop
      B_mdstop B_sch B_wk B_wkr esst_smi08dm1ub esst_smi08dmub
      esst_snm08dm3ub esst_snm08dmub fofstat fonstat lutsk_w midmd
      midmd_w nmot tmot tnst_w tskx3exp tskx3_w
      vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_luerk flurktm_w flurmin_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      famal flurb_w lums_w lurms_w lurs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDLUA
    "5.40      Diagnose Misfire Detection Laufunruhe Abstandsmass"

    /begin DEF_CHARACTERISTIC
      DMXRFL KFLUAR KFLUAR1 KFLUAR2 KFLUARS KFLUARV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI08DM1UB SMI08DMUB SNM08DM3UB SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lustop B_mdstop B_sch B_wk B_wkr esst_smi08dm1ub
      esst_smi08dmub esst_snm08dm3ub esst_snm08dmub flurmin_w flutsk_w midmd
      nmot zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_luaerk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      luarmn_w luaroff_w luar_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDMIL
    "11.10     Fehlerbehandlung der Aussetzererkennung, Ansteuerung der MIL und Heilung"

    /begin DEF_CHARACTERISTIC
      AHEAGW AHEAGWS AHEARV AHEKA AHEKS1B1 AHEKS1B2
      AHEKSB1 AHEKSB2 AINTKAN AZYTIAB CWDALA CWDMDE
      FAINTEN FASKIV1 KFKSWF MILANTI TMASKIV1
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM08DMUB TMWUC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bbdcy B_cdmd B_milstp B_pwf B_sch B_synph
      esst_snm08dmub esst_stm06llub midmd nmot nstat tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      afmimn afmimx afnmn afnmx aftmimn aftmimx
      aftnmn aftnmx ahearv_w aint azycnt bbdmdmil
      bbsp1 bbsp2 bfmimn bfmimx bfnmn bfnmx
      B_abgien B_afklt B_aftklt B_aftwrm B_afwrm B_bfklt
      B_bfwrm B_blkmd B_mdarv B_mdarvb1 B_mdarvb2 B_mdkat
      B_mdkatb1 B_mdkatb2 B_milmd B_sp1 B_sp2 B_tiab0
      B_tiab1 B_tiab2 B_tiab3 flgtiab fzabgs_w fzabg_w
      fzarv_w fzkats1_w fzkats2_w fzkats_w fzkat_w ivzabg_w
      ivzaint_w ivzarv_w ivzkat_w kswf
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      aintkamin anzainten fivzabg flgkat_w fzmd zzuend
      zzuendsch
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDSTP
    "13.80     Diagnose Misfire Detection; Stopbedingungen"

    /begin DEF_CHARACTERISTIC
      AVRALU AZSTLU AZSTPON CWSTDMD CWSTPCNF DRLSOLA
      DRLSOLST KLMISALULL KLTALUST MISALUN NGALUN NGALUST
      NMIALU NMXALU NSTDMD SFONTM TAMIALU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI08DMUB SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_bdeminst B_cdmd B_cwzgst B_dkpu B_dtest
      B_edkvs B_eev B_evasel B_evloc B_fbm B_fofrset
      B_fomod B_fonrset B_hmm B_hos B_koe B_kuppl
      B_ll B_mdarv B_mdein B_mderk B_nldg B_nws
      B_phsnl B_sa B_sch B_skh B_st B_swe_s
      B_synph B_tehb B_tsroov B_wk B_wkr esst_smi08dmub
      esst_snm08dmub midmd ngfil_w nmot nmot_w rlgas_w
      tadtea tans tmot tmst tnst_w tskdelay
      vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fofstp B_fokstp B_fonstp B_lustop B_lustops B_mdstop
      B_mdzgstp B_milstp B_milstps B_stdmd B_stpon B_swe
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_com1 B_com2 B_com3 B_fontm B_mddrla B_mdmi
      B_mdng B_mdnmn B_mdnmx B_mdtnst favralu wlustop_w
      wmilstp_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDTSB
    "6.30      Diagnosis Misfire Detection Segmentzeitbildung"

    /begin DEF_CHARACTERISTIC
      KAMFZ ZYLKOR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_trev_inc trevovCtr zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nlphdly B_tsroov tsroh_w zzyldmd
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMDZAG
    "2.10      Diagnose misfire detection: Aussetzergenerator"

    /begin DEF_CHARACTERISTIC
      CWDMDZAG KFMODI RANDSEED ZAGRUN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_mdstop zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mdzag B_reini B_zagrun B_zagstp flgstign_w flgstinj_w
      flgst_w ignitioz_w lastmodz_w misfirez_w modez_w nwnumbz_w
      pausez_w randreg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mdend xkfmodi ykfmodi
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMIL
    "26.60     OBDII; MIL-Ansteuerung"

    /begin DEF_CHARACTERISTIC
      CWNOMIL TLAED
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_blkfb B_blkmd B_milfb B_milmd B_nmot dfpmMilState
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kmmil B_mil B_milact B_milblk B_milstat milstat
      milstatNOV
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_blkeb B_mileb B_milst B_nomil
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DMSVE
    "1.10      Diagnose Endstufe MSV"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee B_msvact dwmsvo_w dwmsvs_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DNMAX
    "4.30      Diagnose; Plausibilitätsprüfung Maximaldrehzahl Überschreitung"

    /begin DEF_CHARACTERISTIC
      CWDNMAX NMAXF TDNX TRNX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nmaxfc_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      DFPM_DNMAX
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DNOHK
    "2.30      Diagnose NOx-Sensor hinter Kat"

    /begin DEF_CHARACTERISTIC
      CWDNOHK LAMSNOMN LAMSNOMX LAMSVPMX TEUNOSMN TLAMNOX
      TNOHKMX TUNOPMN TUNOPMX TUNOSNOH TUO2NOH TUO2SMN
      TUO2SMX TUUNOSMX TUVPMN TUVPMX TUVPNOH TUVSHONE
      TUVSHONH TUVSNOHK TVPLAM TZYKLNOHK UNOSMN UNOSNOHMN
      UNOSNOHMX UO2NOHKMX UO2NOHMN UO2NOHMX UO2SMN UUNOHKMX
      UUVSMN UUVSNOHMN UUVSNOHMX UUVSSBMN UUVSSBMX UVPMN
      UVPMX UVPNOHMX UVSNOHON
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWDNOBD
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdnohk B_clnohk B_hnotf B_hnovalid B_nodfr B_nohnoh
      B_nohoff B_pwf B_sa B_wst lamsbg_w lamsons_w
      uunohk_w uuo2nohk_w uuvpnohk_w uuvsnohk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_eunosmn B_eunosmx B_eunostb B_euo2mn B_euo2mx B_euo2ntb
      B_evpmn B_evpmx B_evpnomn B_evshon B_evsmn B_evsnomn
      B_evssbmn B_evssbmx B_hunosmn B_hunosmx B_hunostb B_huo2mn
      B_huo2mx B_huo2ntb B_hvpmn B_hvpmx B_hvpnomn B_hvshon
      B_hvsmn B_hvsnomn B_hvssbmn B_hvssbmx B_nonohk B_znohk
      nohkerr_w nohknr nohknr_w nohkterr_w nohkt_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enohken B_enohkmn B_enohkmx B_enosig B_nohkh B_nohkst
      B_vnohkmn B_vnohkmx B_vnosig
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DNOHKP
    "1.50      Diagnose NOx-Sensor Plausibilitätsprüfung"

    /begin DEF_CHARACTERISTIC
      CNOPP CWDNOHKPP FCNOHKMNS KLNOZOF LA1HMN LA1HMX
      LA1MN LA1MX LAMSA LAMSCH MNOSPDEIN MNOSPDMN
      NOACTSCNT NOHNOSZI NOHOSZI NOOFFSCH NOSCHWMX NOVPOSZMN
      NOXOFFSMN NOXOFFSMX NOXPOFFMN NOXPOFFMX NOXPOFMNX RINODDOG
      RINODDUG RINODOFOG RINODOFUG SCHWVPOSZ TABGSAB TANHKMMN
      TANHKMMX TLAMSA TLAMSCH TNOACT TNOACTDIS TNOOFF
      TNOOFMNVZ TNOOFMXVZ TNOPHSA TNOPSA TNOXHMN TNOXMN
      TOSZVP TPVLA1H TRINOOFF TVKBNK TVPOSZ TVZVPOSZ
      UNOACSCHW VPAMPSCHW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TVTKLSU
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdnohkp B_clnohkp B_dagrss B_eunosmn B_eunosmx B_hom
      B_hom1ko B_ll B_mnnosan B_nohbb B_nohkh B_nohnoh
      B_nok B_nosppf B_pwf B_sa B_sanooff B_sch
      B_ssgw B_tal B_talval lamnohk_w lamsons_w mnnosahk_w
      mnno_w mnosp_w nohksnok_w nohksroh_w nohkt_w rinod_w
      tanhkm_w tgala_w tkihkm_w tskmx_w uunohk_w uuvpnohk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nohoffs B_nonop B_nopoffs B_pvvposz nohkdox_w nohkper_w
      nohkpnr nohkpnr_w nohkpof_w nohkpter_w nomxmx_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dismdf B_enohkpe B_enopl B_enopmn B_enopmx B_enoppl
      B_enopsig B_errtleer B_hvposz B_noact B_noeoffmn B_noeschw
      B_nohofmn B_nohofmx B_nohpact B_nohpomn B_nohpomx B_nollen
      B_noofacn B_noofacx B_nooffen B_nooffex B_nopomnv B_noppact
      B_noppomn B_noppomx B_noten B_novofmn B_novofmx B_phla1h
      B_phlamsc B_phlasa B_phnohk B_phvposz B_pvla1h B_pvlamma
      B_pvlamsc B_pvlasa B_pvposz B_rinodds B_tankem B_tanknem
      B_tnoact B_tvposz B_venopl B_vnopmn B_vnopmx B_vnoppl
      B_vnopsig B_vposz cnoppomn cnoppomx noactcnt nohksofn_w
      nohksofx_w nooffcnt nooszmx_w novposz_w tlvkbnoh_w tnopsa_w
      unoacmn_w unoacmx_w uuvpalt_w vpsigosz_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DNWKW
    "5.30      Diagnose Zuordnung der Nockenwelle zur Kurbelwelle"

    /begin DEF_CHARACTERISTIC
      TDNWSP WNWSPMN WNWSPMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      WNWRPS
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_phad B_spsa wnwsp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nwkv dnwkwNvBits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dwnwsp_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DPH
    "22.20     Diagnose; Plausibilitätsprüfung Phasensensor"

    /begin DEF_CHARACTERISTIC
      PHNOKA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_motstop B_nldg B_phad B_phase B_pwf B_st
      B_stend B_zztab zrph
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nophnldg B_phsok B_switchpg B_vereph phpw zphnok
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_phexor B_phregok dphBits
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DPLLSU
    "1.80      Plausibilitätsdiagnose LSU"

    /begin DEF_CHARACTERISTIC
      CWPLLSU DLAHPPLMN IMLHEMN IMLHEMNFA IMLPLCMN IMLPLCMNB
      LAMMN LAMMX LASPLCFT LASPLCMR LSUNAMN LSUNAMX
      NLRFKEFDMX SDLAOFMN SDLAOFMX TVHELSUF TVLSUEK TVLSUOF
      TVLSUPER TVSNPF USHKFT USHKMR ZLAMFT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdpllsu B_fa B_fapllsu B_frmax B_frmin B_hom
      B_lamverg B_lrhk B_lrhkp B_lrs B_lshswok B_maxlavh
      B_sbbhk B_sbbvk B_stend dlahi_w dlahp_w lamsoni_w
      lamsons_w msabg_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_elaof B_lsulone B_vlsuftb B_vlsumrb B_vlsunp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dlahimn B_dlahimx B_elaofmn B_elaofmx B_helsuf B_hepllsu
      B_hpllsue B_lshkpft B_lshkpmr B_lsuft B_lsufta B_lsuftb
      B_lsumr B_lsumra B_lsumrb B_lsuoffe B_lsuoffs B_lsupft
      B_lsupmr B_plenvh imlfta_w imlftb_w imlmra_w imlmrb_w
      imlplhe_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DRZA
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      tseghi tseg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tn2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSALSU
    "1.30      Diagnose Schubabgleich LSU"

    /begin DEF_CHARACTERISTIC
      KO2VKDMN KO2VKDMX NSALSUZ NSALSUZFA NSALSUZH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdsalsu B_fasalsu B_ko2vke B_sag ko2vkin_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ndsalsu
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSCHED
    "2.90      Diagnose-Scheduler"

    /begin DEF_CHARACTERISTIC
      CWDSMMOD DSMFATAB DSMINCBA DSMINCRE DSMINCRZ MODDSMAP
      SLPUPD WTT_0_A WTT_1_A WTT_2_A WTT_3_A WTT_4_A
      WTT_5_A WTT_6_A WTT_7_A WTT_8_A WTT_9_A WTT_10_A
      WTT_11_A WTT_12_A WTT_13_A WTT_14_A WTT_15_A WTT_16_A
      WTT_17_A WTT_18_A WTT_19_A WTT_20_A WTT_21_A WTT_22_A
      WTT_23_A WTT_24_A WTT_25_A WTT_26_A WTT_27_A WTT_28_A
      WTT_29_A WTT_30_A WTT_31_A WTT_32_A WTT_33_A WTT_34_A
      WTT_35_A WTT_36_A WTT_37_A WTT_38_A WTT_39_A WTT_40_A
      WTT_41_A WTT_42_A WTT_43_A WTT_44_A WTT_45_A WTT_46_A
      WTT_47_A WTT_48_A WTT_49_A WTTEND WTTSTART
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemodnm bdemods_w bdemod_w B_bdeminst B_fa B_stend
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemoddm B_dsmfause wttdcyct
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      wttpos
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSELHFS
    "2.20      Selektion Diagnose Hauptfüllungssensor"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_dssakt B_edss B_headsslm B_i_ska_fr B_mndsslm
      B_mxdsslm B_npldsslm B_sidsslm
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehfs B_fedkb B_fhfs B_statas
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSGEEP
    "20.10     Diagnose; Plausibilitätsprüfung SG-EEPROM"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSKNO
    "2.60      Diagnose Speicherkat NOx"

    /begin DEF_CHARACTERISTIC
      CIDSKN CWDSKNO FBM6W FSPAOFF FSPASCHW FSPASKT
      KFDESUEX MXCADES MXFSPAIO MXIDESUE SCHERRANZ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bbsk B_cdskno B_kteskr B_ktskr B_nosgmw B_npnos
      B_pwf B_sfrei B_tpd dmnospr_w fspamw_w lamsoni_w
      tkihkm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_adesuf B_hom1ko B_nohom m6cskn m6sskn_w m6wskn_w
      sknocnt_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_cfio B_cfugr B_desueed B_efspamn B_esknomn B_fspafrei
      B_fspafrg B_fspalk B_fspaugr B_nofspa B_noskno cadesuf
      cfspaio erranz fspad_w iwdesue_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSM
    "2.10      Diagnosesystem Manager"

    /begin DEF_CHARACTERISTIC
      DTOAAA DTOAATUN DTOAGRE DTOAGRL DTOAGRS DTOAGRV
      DTOATNV DTOBKS DTOBKSE DTOBM DTOBREMS DTOBWF
      DTOCAIR DTOCAIRP DTOCAS DTOCAT DTOCBSG DTOCGE
      DTOCGRA DTOCIF DTOCINS DTOCKLA DTODK DTODK1P
      DTODK2P DTODPL DTODPUPSR DTODSBKV DTODSKV DTODSS
      DTODSU DTODSV DTODVEE DTODVEF DTODVEFO DTODVEL
      DTODVEN DTODVER DTODVET DTODVEU DTODVEUB DTODVEUW
      DTODVEV DTODYLSU DTOFP1P DTOFP2P DTOFPP DTOFRA
      DTOFRST DTOGECOD DTOGRBH DTOHDEVH1 DTOHDEVH2 DTOHDEVH3
      DTOHDEVH4 DTOHDEVK DTOHDEVL1 DTOHDEVL2 DTOHDEVL3 DTOHDEVL4
      DTOHDR DTOHELSU DTOHLA DTOHNOHK DTOHNOHKE DTOHRE
      DTOHSH DTOHSV DTOHSVE DTOHSVSA DTOICLSU DTOKAT
      DTOKRA01 DTOKRA02 DTOKRA03 DTOKRA04 DTOKRNT DTOKROF
      DTOKRTP DTOKS1 DTOKUPPL DTOLASH DTOLBK DTOLBKE
      DTOLBKO DTOLBKP DTOLGHMM DTOLLRH DTOLLRM DTOLM
      DTOLSH DTOLSUIA DTOLSUIP DTOLSUKS DTOLSUUN DTOLSUVM
      DTOLSV DTOLUES1E DTOLUES2E DTOLZSR DTOMD DTOMD00
      DTOMD01 DTOMD02 DTOMD03 DTOMDB DTOMDSCH DTOMSVE
      DTON DTONOHK DTONOHKP DTONWKW DTONX DTOORA
      DTOPH DTOPLLSU DTOSALSU DTOSCR DTOSGEEP DTOSGEEW
      DTOSKNO DTOTA DTOTAHFM DTOTANKL DTOTES DTOTEVE
      DTOTKA DTOTM DTOTMKI DTOTUM DTOUB DTOUBR
      DTOUFMV DTOUFNC DTOUFPR DTOUFRKC DTOUFRLIP DTOUFSGA
      DTOUFSGB DTOUFSKA DTOUFSPSC DTOULSU DTOURRAM DTOURROM
      DTOURRST DTOVFZ DTOVTK DTOWFS DTOWFSRC DTOZET1
      DTOZET2 DTOZET3 DTOZET4 DTOZGST00 DTOZGST01 DTOZGST02
      DTOZGST03 DTOZZZ EXAAAA EXADDSV EXAFRA EXAFRAT
      EXAORA EXATEH EXATEL EXATEM EXATEN EXATEVH
      EXATEVM EXBAAA EXBAGRA EXBDLSU EXBFRST EXBFUPS
      EXBHMM EXBHOM EXBHOS EXBKTSP EXBLAHH EXBLAHH2
      EXBLASH EXBLLRH EXBLLRM EXBLSU EXBPBRI EXBPLSU
      EXBSCH EXBSKH EXBTEST EXBTEVP EXBTKP EXCAAA
      IAAAAA IAADDSV IAAFRA IAAFRAT IAAORA IAATEH
      IAATEL IAATEM IAATEN IAATEVH IAATEVM IABAAA
      IABAGRA IABDLSU IABFRST IABFUPS IABHMM IABHOM
      IABHOS IABKTSP IABLAHH IABLAHH2 IABLASH IABLLRH
      IABLLRM IABLSU IABPBRI IABPLSU IABSCH IABSKH
      IABTEST IABTEVP IABTKP IACAAA IIAAAA IIADDSV
      IIAFRA IIAFRAT IIAORA IIATEH IIATEL IIATEM
      IIATEN IIATEVH IIATEVM IIBAAA IIBAGRA IIBDLSU
      IIBFRST IIBFUPS IIBHMM IIBHOM IIBHOS IIBKTSP
      IIBLAHH IIBLAHH2 IIBLASH IIBLLRH IIBLLRM IIBLSU
      IIBPBRI IIBPLSU IIBSCH IIBSKH IIBTEST IIBTEVP
      IIBTKP IICAAA INHAAA INHAATUN INHAGRE INHAGRL
      INHAGRS INHAGRV INHATNV INHBKS INHBKSE INHBM
      INHBREMS INHBWF INHCAIR INHCAIRP INHCAS INHCAT
      INHCBSG INHCGE INHCGRA INHCIF INHCINS INHCKLA
      INHDK INHDK1P INHDK2P INHDPL INHDPUPSR INHDSBKV
      INHDSKV INHDSS INHDSU INHDSV INHDVEE INHDVEF
      INHDVEFO INHDVEL INHDVEN INHDVER INHDVET INHDVEU
      INHDVEUB INHDVEUW INHDVEV INHDYLSU INHFP1P INHFP2P
      INHFPP INHFRA INHFRST INHGECOD INHGRBH INHHDEVH1
      INHHDEVH2 INHHDEVH3 INHHDEVH4 INHHDEVK INHHDEVL1 INHHDEVL2
      INHHDEVL3 INHHDEVL4 INHHDR INHHELSU INHHLA INHHNOHK
      INHHNOHKE INHHRE INHHSH INHHSV INHHSVE INHHSVSA
      INHICLSU INHKAT INHKRA01 INHKRA02 INHKRA03 INHKRA04
      INHKRNT INHKROF INHKRTP INHKS1 INHKUPPL INHLASH
      INHLBK INHLBKE INHLBKO INHLBKP INHLGHMM INHLLRH
      INHLLRM INHLM INHLSH INHLSUIA INHLSUIP INHLSUKS
      INHLSUUN INHLSUVM INHLSV INHLUES1E INHLUES2E INHLZSR
      INHMD INHMD00 INHMD01 INHMD02 INHMD03 INHMDB
      INHMDSCH INHMSVE INHN INHNOHK INHNOHKP INHNWKW
      INHNX INHORA INHPH INHPLLSU INHSALSU INHSCR
      INHSGEEP INHSGEEW INHSKNO INHTA INHTAHFM INHTANKL
      INHTES INHTEVE INHTKA INHTM INHTMKI INHTUM
      INHUB INHUBR INHUFMV INHUFNC INHUFPR INHUFRKC
      INHUFRLIP INHUFSGA INHUFSGB INHUFSKA INHUFSPSC INHULSU
      INHURRAM INHURROM INHURRST INHVFZ INHVTK INHWFS
      INHWFSRC INHZET1 INHZET2 INHZET3 INHZET4 INHZGST00
      INHZGST01 INHZGST02 INHZGST03 INHZZZ IRAAAA IRADDSV
      IRAFRA IRAFRAT IRAORA IRATEH IRATEL IRATEM
      IRATEN IRATEVH IRATEVM IRBAAA IRBAGRA IRBDLSU
      IRBFRST IRBFUPS IRBHMM IRBHOM IRBHOS IRBKTSP
      IRBLAHH IRBLAHH2 IRBLASH IRBLLRH IRBLLRM IRBLSU
      IRBPBRI IRBPLSU IRBSCH IRBSKH IRBTEST IRBTEVP
      IRBTKP IRCAAA JAAAAA JAADDSV JAAFRA JAAFRAT
      JAAORA JAATEH JAATEL JAATEM JAATEN JAATEVH
      JAATEVM JABAAA JABAGRA JABDLSU JABFRST JABFUPS
      JABHMM JABHOM JABHOS JABKTSP JABLAHH JABLAHH2
      JABLASH JABLLRH JABLLRM JABLSU JABPBRI JABPLSU
      JABSCH JABSKH JABTEST JABTEVP JABTKP JACAAA
      LHAAAA LHADDSV LHAFRA LHAFRAT LHAORA LHATEH
      LHATEL LHATEM LHATEN LHATEVH LHATEVM LHBAAA
      LHBAGRA LHBDLSU LHBFRST LHBFUPS LHBHMM LHBHOM
      LHBHOS LHBKTSP LHBLAHH LHBLAHH2 LHBLASH LHBLLRH
      LHBLLRM LHBLSU LHBPBRI LHBPLSU LHBSCH LHBSKH
      LHBTEST LHBTEVP LHBTKP LHCAAA LOAAAA LOADDSV
      LOAFRA LOAFRAT LOAORA LOATEH LOATEL LOATEM
      LOATEN LOATEVH LOATEVM LOBAAA LOBAGRA LOBDLSU
      LOBFRST LOBFUPS LOBHMM LOBHOM LOBHOS LOBKTSP
      LOBLAHH LOBLAHH2 LOBLASH LOBLLRH LOBLLRM LOBLSU
      LOBPBRI LOBPLSU LOBSCH LOBSKH LOBTEST LOBTEVP
      LOBTKP LOCAAA MPAAAA MPADDSV MPAFRA MPAFRAT
      MPAORA MPATEH MPATEL MPATEM MPATEN MPATEVH
      MPATEVM MPBAAA MPBAGRA MPBDLSU MPBFRST MPBFUPS
      MPBHMM MPBHOM MPBHOS MPBKTSP MPBLAHH MPBLAHH2
      MPBLASH MPBLLRH MPBLLRM MPBLSU MPBPBRI MPBPLSU
      MPBSCH MPBSKH MPBTEST MPBTEVP MPBTKP MPCAAA
      MSDAAA MSDAATUN MSDAGRE MSDAGRL MSDAGRS MSDAGRV
      MSDATNV MSDBKS MSDBKSE MSDBM MSDBREMS MSDBWF
      MSDCAIR MSDCAIRP MSDCAS MSDCAT MSDCBSG MSDCGE
      MSDCGRA MSDCIF MSDCINS MSDCKLA MSDDK MSDDK1P
      MSDDK2P MSDDPL MSDDPUPSR MSDDSBKV MSDDSKV MSDDSS
      MSDDSU MSDDSV MSDDVEE MSDDVEF MSDDVEFO MSDDVEL
      MSDDVEN MSDDVER MSDDVET MSDDVEU MSDDVEUB MSDDVEUW
      MSDDVEV MSDDYLSU MSDFP1P MSDFP2P MSDFPP MSDFRA
      MSDFRST MSDGECOD MSDGRBH MSDHDEVH1 MSDHDEVH2 MSDHDEVH3
      MSDHDEVH4 MSDHDEVK MSDHDEVL1 MSDHDEVL2 MSDHDEVL3 MSDHDEVL4
      MSDHDR MSDHELSU MSDHLA MSDHNOHK MSDHNOHKE MSDHRE
      MSDHSH MSDHSV MSDHSVE MSDHSVSA MSDICLSU MSDKAT
      MSDKRA01 MSDKRA02 MSDKRA03 MSDKRA04 MSDKRNT MSDKROF
      MSDKRTP MSDKS1 MSDKUPPL MSDLASH MSDLBK MSDLBKE
      MSDLBKO MSDLBKP MSDLGHMM MSDLLRH MSDLLRM MSDLM
      MSDLSH MSDLSUIA MSDLSUIP MSDLSUKS MSDLSUUN MSDLSUVM
      MSDLSV MSDLUES1E MSDLUES2E MSDLZSR MSDMD MSDMD00
      MSDMD01 MSDMD02 MSDMD03 MSDMDB MSDMDSCH MSDMSVE
      MSDN MSDNOHK MSDNOHKP MSDNWKW MSDNX MSDORA
      MSDPH MSDPLLSU MSDSALSU MSDSCR MSDSGEEP MSDSGEEW
      MSDSKNO MSDTA MSDTAHFM MSDTANKL MSDTES MSDTEVE
      MSDTKA MSDTM MSDTMKI MSDTUM MSDUB MSDUBR
      MSDUFMV MSDUFNC MSDUFPR MSDUFRKC MSDUFRLIP MSDUFSGA
      MSDUFSGB MSDUFSKA MSDUFSPSC MSDULSU MSDURRAM MSDURROM
      MSDURRST MSDVFZ MSDVTK MSDWFS MSDWFSRC MSDZET1
      MSDZET2 MSDZET3 MSDZET4 MSDZGST00 MSDZGST01 MSDZGST02
      MSDZGST03 MSDZZZ PRAAAA PRADDSV PRAFRA PRAFRAT
      PRAORA PRATEH PRATEL PRATEM PRATEN PRATEVH
      PRATEVM PRBAAA PRBAGRA PRBDLSU PRBFRST PRBFUPS
      PRBHMM PRBHOM PRBHOS PRBKTSP PRBLAHH PRBLAHH2
      PRBLASH PRBLLRH PRBLLRM PRBLSU PRBPBRI PRBPLSU
      PRBSCH PRBSKH PRBTEST PRBTEVP PRBTKP PRCAAA
      RDFAAA RDFAATUN RDFAGRE RDFAGRL RDFAGRS RDFAGRV
      RDFATNV RDFBKS RDFBKSE RDFBM RDFBREMS RDFBWF
      RDFCAIR RDFCAIRP RDFCAS RDFCAT RDFCBSG RDFCGE
      RDFCGRA RDFCIF RDFCINS RDFCKLA RDFDK RDFDK1P
      RDFDK2P RDFDPL RDFDPUPSR RDFDSBKV RDFDSKV RDFDSS
      RDFDSU RDFDSV RDFDVEE RDFDVEF RDFDVEFO RDFDVEL
      RDFDVEN RDFDVER RDFDVET RDFDVEU RDFDVEUB RDFDVEUW
      RDFDVEV RDFDYLSU RDFFP1P RDFFP2P RDFFPP RDFFRA
      RDFFRST RDFGECOD RDFGRBH RDFHDEVH1 RDFHDEVH2 RDFHDEVH3
      RDFHDEVH4 RDFHDEVK RDFHDEVL1 RDFHDEVL2 RDFHDEVL3 RDFHDEVL4
      RDFHDR RDFHELSU RDFHLA RDFHNOHK RDFHNOHKE RDFHRE
      RDFHSH RDFHSV RDFHSVE RDFHSVSA RDFICLSU RDFKAT
      RDFKRA01 RDFKRA02 RDFKRA03 RDFKRA04 RDFKRNT RDFKROF
      RDFKRTP RDFKS1 RDFKUPPL RDFLASH RDFLBK RDFLBKE
      RDFLBKO RDFLBKP RDFLGHMM RDFLLRH RDFLLRM RDFLM
      RDFLSH RDFLSUIA RDFLSUIP RDFLSUKS RDFLSUUN RDFLSUVM
      RDFLSV RDFLUES1E RDFLUES2E RDFLZSR RDFMD RDFMD00
      RDFMD01 RDFMD02 RDFMD03 RDFMDB RDFMDSCH RDFMSVE
      RDFN RDFNOHK RDFNOHKP RDFNWKW RDFNX RDFORA
      RDFPH RDFPLLSU RDFSALSU RDFSCR RDFSGEEP RDFSGEEW
      RDFSKNO RDFTA RDFTAHFM RDFTANKL RDFTES RDFTEVE
      RDFTKA RDFTM RDFTMKI RDFTUM RDFUB RDFUBR
      RDFUFMV RDFUFNC RDFUFPR RDFUFRKC RDFUFRLIP RDFUFSGA
      RDFUFSGB RDFUFSKA RDFUFSPSC RDFULSU RDFURRAM RDFURROM
      RDFURRST RDFVFZ RDFVTK RDFWFS RDFWFSRC RDFZET1
      RDFZET2 RDFZET3 RDFZET4 RDFZGST00 RDFZGST01 RDFZGST02
      RDFZGST03 RDFZZZ RFAAAA RFADDSV RFAFRA RFAFRAT
      RFAORA RFATEH RFATEL RFATEM RFATEN RFATEVH
      RFATEVM RFBAAA RFBAGRA RFBDLSU RFBFRST RFBFUPS
      RFBHMM RFBHOM RFBHOS RFBKTSP RFBLAHH RFBLAHH2
      RFBLASH RFBLLRH RFBLLRM RFBLSU RFBPBRI RFBPLSU
      RFBSCH RFBSKH RFBTEST RFBTEVP RFBTKP RFCAAA
      RGAAAA RGADDSV RGAFRA RGAFRAT RGAORA RGATEH
      RGATEL RGATEM RGATEN RGATEVH RGATEVM RGBAAA
      RGBAGRA RGBDLSU RGBFRST RGBFUPS RGBHMM RGBHOM
      RGBHOS RGBKTSP RGBLAHH RGBLAHH2 RGBLASH RGBLLRH
      RGBLLRM RGBLSU RGBPBRI RGBPLSU RGBSCH RGBSKH
      RGBTEST RGBTEVP RGBTKP RGCAAA SAAAAA SAADDSV
      SAAFRA SAAFRAT SAAORA SAATEH SAATEL SAATEM
      SAATEN SAATEVH SAATEVM SABAAA SABAGRA SABDLSU
      SABFRST SABFUPS SABHMM SABHOM SABHOS SABKTSP
      SABLAHH SABLAHH2 SABLASH SABLLRH SABLLRM SABLSU
      SABPBRI SABPLSU SABSCH SABSKH SABTEST SABTEVP
      SABTKP SACAAA SFAAAA SFADDSV SFAFRA SFAFRAT
      SFAORA SFATEH SFATEL SFATEM SFATEN SFATEVH
      SFATEVM SFBAAA SFBAGRA SFBDLSU SFBFRST SFBFUPS
      SFBHMM SFBHOM SFBHOS SFBKTSP SFBLAHH SFBLAHH2
      SFBLASH SFBLLRH SFBLLRM SFBLSU SFBPBRI SFBPLSU
      SFBSCH SFBSKH SFBTEST SFBTEVP SFBTKP SFCAAA
      SIAAAA SIADDSV SIAFRA SIAFRAT SIAORA SIATEH
      SIATEL SIATEM SIATEN SIATEVH SIATEVM SIBAAA
      SIBAGRA SIBDLSU SIBFRST SIBFUPS SIBHMM SIBHOM
      SIBHOS SIBKTSP SIBLAHH SIBLAHH2 SIBLASH SIBLLRH
      SIBLLRM SIBLSU SIBPBRI SIBPLSU SIBSCH SIBSKH
      SIBTEST SIBTEVP SIBTKP SICAAA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      actaaaa actaddsv actafra actafrat actaora actateh
      actatel actatem actaten actatevh actatevm actbaaa
      actbagra actbdlsu actbfrst actbfups actbhmm actbhom
      actbhos actbktsp actblahh actblahh2 actblash actbllrh
      actbllrm actblsu actbpbri actbplsu actbsch actbskh
      actbtest actbtevp actbtkp actcaaa B_avaaaa B_avaddsv
      B_avafra B_avafrat B_avaora B_avateh B_avatel B_avatem
      B_avaten B_avatevh B_avatevm B_avbaaa B_avbagra B_avbdlsu
      B_avbfrst B_avbfups B_avbhmm B_avbhom B_avbhos B_avbktsp
      B_avblahh B_avblahh2 B_avblash B_avbllrh B_avbllrm B_avblsu
      B_avbpbri B_avbplsu B_avbsch B_avbskh B_avbtest B_avbtevp
      B_avbtkp B_avcaaa B_avczzz B_lcaaaa B_lcaddsv B_lcafra
      B_lcafrat B_lcaora B_lcateh B_lcatel B_lcatem B_lcaten
      B_lcatevh B_lcatevm B_lcbaaa B_lcbagra B_lcbdlsu B_lcbfrst
      B_lcbfups B_lcbhmm B_lcbhom B_lcbhos B_lcbktsp B_lcblahh
      B_lcblahh2 B_lcblash B_lcbllrh B_lcbllrm B_lcblsu B_lcbpbri
      B_lcbplsu B_lcbsch B_lcbskh B_lcbtest B_lcbtevp B_lcbtkp
      B_lccaaa B_lcczzz B_pyaaaa B_pyaddsv B_pyafra B_pyafrat
      B_pyaora B_pyateh B_pyatel B_pyatem B_pyaten B_pyatevh
      B_pyatevm B_pybaaa B_pybagra B_pybdlsu B_pybfrst B_pybfups
      B_pybhmm B_pybhom B_pybhos B_pybktsp B_pyblahh B_pyblahh2
      B_pyblash B_pybllrh B_pybllrm B_pyblsu B_pybpbri B_pybplsu
      B_pybsch B_pybskh B_pybtest B_pybtevp B_pybtkp B_pycaaa
      B_pyczzz B_scaaaa B_scaddsv B_scafra B_scafrat B_scaora
      B_scateh B_scatel B_scatem B_scaten B_scatevh B_scatevm
      B_scbaaa B_scbagra B_scbdlsu B_scbfrst B_scbfups B_scbhmm
      B_scbhom B_scbhos B_scbktsp B_scblahh B_scblahh2 B_scblash
      B_scbllrh B_scbllrm B_scblsu B_scbpbri B_scbplsu B_scbsch
      B_scbskh B_scbtest B_scbtevp B_scbtkp B_sccaaa B_scczzz
      dpraaaa dpraddsv dprafra dprafrat dpraora dprateh
      dpratel dpratem dpraten dpratevh dpratevm dprbaaa
      dprbagra dprbdlsu dprbfrst dprbfups dprbhmm dprbhom
      dprbhos dprbktsp dprblahh dprblahh2 dprblash dprbllrh
      dprbllrm dprblsu dprbpbri dprbplsu dprbsch dprbskh
      dprbtest dprbtevp dprbtkp dprcaaa dsmtsaaa dsmtsaatun
      dsmtsagre dsmtsagrl dsmtsagrs dsmtsagrv dsmtsatnv dsmtsbks
      dsmtsbkse dsmtsbm dsmtsbrems dsmtsbwf dsmtscair dsmtscairp
      dsmtscas dsmtscat dsmtscbsg dsmtscge dsmtscgra dsmtscif
      dsmtscins dsmtsckla dsmtsdk dsmtsdk1p dsmtsdk2p dsmtsdpl
      dsmtsdpupsr dsmtsdsbkv dsmtsdskv dsmtsdss dsmtsdsu dsmtsdsv
      dsmtsdvee dsmtsdvef dsmtsdvefo dsmtsdvel dsmtsdven dsmtsdver
      dsmtsdvet dsmtsdveu dsmtsdveub dsmtsdveuw dsmtsdvev dsmtsdylsu
      dsmtsfp1p dsmtsfp2p dsmtsfpp dsmtsfra dsmtsfrst dsmtsgecod
      dsmtsgrbh dsmtshdevh1 dsmtshdevh2 dsmtshdevh3 dsmtshdevh4 dsmtshdevk
      dsmtshdevl1 dsmtshdevl2 dsmtshdevl3 dsmtshdevl4 dsmtshdr dsmtshelsu
      dsmtshla dsmtshnohk dsmtshnohke dsmtshre dsmtshsh dsmtshsv
      dsmtshsve dsmtshsvsa dsmtsiclsu dsmtskat dsmtskra01 dsmtskra02
      dsmtskra03 dsmtskra04 dsmtskrnt dsmtskrof dsmtskrtp dsmtsks1
      dsmtskuppl dsmtslash dsmtslbk dsmtslbke dsmtslbko dsmtslbkp
      dsmtslghmm dsmtsllrh dsmtsllrm dsmtslm dsmtslsh dsmtslsuia
      dsmtslsuip dsmtslsuks dsmtslsuun dsmtslsuvm dsmtslsv dsmtslues1e
      dsmtslues2e dsmtslzsr dsmtsmd dsmtsmd00 dsmtsmd01 dsmtsmd02
      dsmtsmd03 dsmtsmdb dsmtsmdsch dsmtsmsve dsmtsn dsmtsnohk
      dsmtsnohkp dsmtsnwkw dsmtsnx dsmtsora dsmtsph dsmtspllsu
      dsmtssalsu dsmtsscr dsmtssgeep dsmtssgeew dsmtsskno dsmtsta
      dsmtstahfm dsmtstankl dsmtstes dsmtsteve dsmtstka dsmtstm
      dsmtstmki dsmtstum dsmtsub dsmtsubr dsmtsufmv dsmtsufnc
      dsmtsufpr dsmtsufrkc dsmtsufrlip dsmtsufsga dsmtsufsgb dsmtsufska
      dsmtsufspsc dsmtsulsu dsmtsurram dsmtsurrom dsmtsurrst dsmtsvfz
      dsmtsvtk dsmtswfs dsmtswfsrc dsmtszet1 dsmtszet2 dsmtszet3
      dsmtszet4 dsmtszgst00 dsmtszgst01 dsmtszgst02 dsmtszgst03 dsmtszzz
      giaaaa giaddsv giafra giafrat giaora giateh
      giatel giatem giaten giatevh giatevm gibaaa
      gibagra gibdlsu gibfrst gibfups gibhmm gibhom
      gibhos gibktsp giblahh giblahh2 giblash gibllrh
      gibllrm giblsu gibpbri gibplsu gibsch gibskh
      gibtest gibtevp gibtkp gicaaa gxaaaa gxaddsv
      gxafra gxafrat gxaora gxateh gxatel gxatem
      gxaten gxatevh gxatevm gxbaaa gxbagra gxbdlsu
      gxbfrst gxbfups gxbhmm gxbhom gxbhos gxbktsp
      gxblahh gxblahh2 gxblash gxbllrh gxbllrm gxblsu
      gxbpbri gxbplsu gxbsch gxbskh gxbtest gxbtevp
      gxbtkp gxcaaa inaaaaa inaaddsv inaafra inaafrat
      inaaora inaateh inaatel inaatem inaaten inaatevh
      inaatevm inabaaa inabagra inabdlsu inabfrst inabfups
      inabhmm inabhom inabhos inabktsp inablahh inablahh2
      inablash inabllrh inabllrm inablsu inabpbri inabplsu
      inabsch inabskh inabtest inabtevp inabtkp inacaaa
      phuaaaa phuaddsv phuafra phuafrat phuaora phuateh
      phuatel phuatem phuaten phuatevh phuatevm phubaaa
      phubagra phubdlsu phubfrst phubfups phubhmm phubhom
      phubhos phubktsp phublahh phublahh2 phublash phubllrh
      phubllrm phublsu phubpbri phubplsu phubsch phubskh
      phubtest phubtevp phubtkp phucaaa rpraaaa rpraddsv
      rprafra rprafrat rpraora rprateh rpratel rpratem
      rpraten rpratevh rpratevm rprbaaa rprbagra rprbdlsu
      rprbfrst rprbfups rprbhmm rprbhom rprbhos rprbktsp
      rprblahh rprblahh2 rprblash rprbllrh rprbllrm rprblsu
      rprbpbri rprbplsu rprbsch rprbskh rprbtest rprbtevp
      rprbtkp rprcaaa sfgaaaa sfgaddsv sfgafra sfgafrat
      sfgaora sfgateh sfgatel sfgatem sfgaten sfgatevh
      sfgatevm sfgbaaa sfgbagra sfgbdlsu sfgbfrst sfgbfups
      sfgbhmm sfgbhom sfgbhos sfgbktsp sfgblahh sfgblahh2
      sfgblash sfgbllrh sfgbllrm sfgblsu sfgbpbri sfgbplsu
      sfgbsch sfgbskh sfgbtest sfgbtevp sfgbtkp sfgcaaa
      sfgczzz
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSMBDEP
    "1.30      Berechnung von BDE-Mode-Prioritäten"

    /begin DEF_CHARACTERISTIC
      PRIOMAKUPL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemodfa phubhmm phubhom phubhos phubsch phubskh
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSM_X
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      EXAAAA IAAAAA IIAAAA INHAAA IRAAAA JAAAAA
      LHAAAA LOAAAA MPAAAA PRAAAA RDFAAA RFAAAA
      RGAAAA SAAAAA SFAAAA SIAAAA
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      actaaaa dpraaaa giaaaa gxaaaa inaaaaa phuaaaa
      rpraaaa sfgaaaa wttdcyct
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSTAB12
    ""

    /begin DEF_CHARACTERISTIC
      EBEN EBMISS_T EBMISS_Y
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ebDavT B_ebDavY ebCtrNewT ebCtrNewY ebCtrOldT ebCtrOldY
      ebMissT ebMissY
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSTATIP
    "1.10      Diagnose Statistik Interpreter"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DSWES
    "7.40      Schlechtwegerkennung mittels Statistik der Motor-Laufunruhe"

    /begin DEF_CHARACTERISTIC
      FLURMN FLURNN FLURNV FLURPNN FLURRN ZLUR
      ZLUT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_analu B_cdswe esst_snm08dmub fofstat lums_w lurms_w
      lurs_w lutsk_w nmot vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_swe_s
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dlutpn B_dlutr B_lums B_luts dlutpn_w dlutr_w
      lurmm_w lurn_w lurpn_w lurr_w lutpnmn_w lutpnmx_w
      lutrmn_w lutrmx_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DTANKL
    "4.30      Diagnose OBDII Fehler auf Grund eines leeren Tanks"

    /begin DEF_CHARACTERISTIC
      TVTANKL TVTLEPL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdtankl B_kl15 B_tal B_talval
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_asvtl B_bksnt B_bkstl B_dsvtl B_frant B_fratl
      B_frstnt B_frsttl B_hdrnt B_hdrtl B_llrhnt B_llrhtl
      B_llrmnt B_llrmtl B_llrtl B_lsf2tl B_lsftl B_lsh2tl
      B_lshtl B_lsvnt B_lsvtl B_mdef B_mdnt B_nohknt
      B_nohkpnt B_nohkptl B_nohktl B_orant B_oratl dtanklAusBitsNov
      dtanklAusBitsNov2 dtanklAusBitsNov3 dtanklAusBitsNov4 dtanklAusBitsNov5 dtanklAusBitsNov6
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ntal B_tal01 B_tlbde B_tlepl B_tlnohk B_tlstervk
      dtanklLokBits
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      DFPM_DTANKL
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DTEV
    "39.70     Diagnose Tankentlüftungsventil (OBDII)"

    /begin DEF_CHARACTERISTIC
      APDTEVX AVDTEVHX AVDTEVMX CWDTEAPP CWDTEV CWLUES
      DDFDTEAB DDMLLRTE DIKADTNH DIKADTNM DIKADTXH DIKADTXM
      DIKAFE DMLDTEFN DMLDTEFX DMLDTEHN DMLDTEHX DMLDTEMN
      DMLDTEMX DMSNTEMN DMSNTEMX DMVTEVDO DNDTEO DNDTEU
      ETAZWTEN FBIKABA FHODTEA FKADPMN FKAKORMO FKAKORMU
      FRMDTEVO FRMDTEVU FTEADDPO FTEADDPU IMSDTEVA KFDETAZWK
      KFTVFRR KIDMSNTE KIMSNTES KIRMSH KIRMSM LBUTEVH
      MLDTEFPF MLDTEPF PSPUDTEV QTIDTEEN QTIDTEMN RKADTEVO
      RKADTEVU RMSTEVIO RMSTEVMN RMSTEVMX TADTEAH TADTEAM
      TADTEMX TC6TECL TC6TECNH TC6TECNL TC6TECNM TC6TECP
      TC6TECXH TC6TECXM TDTEABUM TDTEFA TDTEZAM TIKADTEE
      TIKADTNM TMDTEU TMEWDTEU TMUDTEU TPERDTE TVDTEABG
      TVDTEB TVDTEE TVDTELLA TVDTEVP TVDTEVPM TVLBUTEVH
      UBDTEMN UBDTEMX ZDFFDTE ZFKAKORX ZKDIKAF ZKIKAFDI
      ZKRMSTEV ZMLETAN ZMSTEDTE ZRLFDKTE ZRLTEDTE ZWGRDDTE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdtes B_denox B_denoxte B_dssakt B_edkvs B_edss
      B_eobdlr B_fa B_fates B_fs B_hag B_hom
      B_koe B_ll B_llr B_lr B_lues1 B_lues2
      B_mdarv B_mstefg B_mszsdkb B_mwtes B_nldg B_nswo1
      B_pwf B_rbte B_sch B_te dfuelsan_w dmllri_w
      dmvad_w etazwist fho_w fkakormt_w fkakormx_w fkatei
      fklaf_w ftead_w ftho_w imsteini kldfpwm lbuesynhom
      ml ml_w msndkoo_w mstedte mstedte_w nmotll
      nsol pu qtetemin rka_w rl rlfdkroh_w
      rlfgds_w rlfglm_w tateist tateist_w tmew tmot
      tnse_w tumg ubsq_w umsrln_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      avdtev B_ddkds B_dtdisagr B_dteaa B_dteaam B_dtefrr
      B_dtes B_dtest B_mlup dmsnte_w DTEVAUS frdter_w
      psdtevm_w rldte_w rltedte_w tadtea tc6tesc tc6tess
      tc6tesw
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      apdtev avdtevh avdtevm B_apdtevxe B_avdtehe B_avdteme
      B_avtevh B_avtevm B_batevh B_dteaamf B_dteabu B_dteabum
      B_dteanfl B_dteend B_dteendl B_dteikanm B_dtelnm B_dtelnmv
      B_dtenm B_dtepfa B_dtepfp B_dtepha B_dtephm B_dtepm
      B_dteres B_dtezam B_dtezamh B_dtezamm B_rmsval B_teviog
      B_teviol B_teviolm B_teviop B_tevnio B_tevniom dikakbf_w
      dikakb_w dkldfpwm_w dmletanf_w dmletanu_w dmletan_w dmllrizs_w
      drlfte_w DTEVABU DTEVENABLE DTEVRESULT dzwoptte etazwif
      etazwkte etazwte fkakorxf_w ikakdiff_w ikakormf_w ikakormt_w
      ikakreff_w mletanzs_w mletan_w msdkoo_w mstedtef_w rlfdkte_w
      rlfgdste_w rmstevf_w rmstevuf_w rmstev_w tadteazs tadtevmw
      tdtesta tdtetevo tikadte tntevzu tvfrrdte
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DTEVE
    "9.30      Diagnose; Tankentlüftungsventil - Endstufe"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee tateout
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_atev B_ztev
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DTIP
    "1.40      OBDII; Tester-Interface Package"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      cw_erfil fcmEnd FCMTab
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ffzdfp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fcmcallofs fcmcallseg
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DTOP
    "1.0       Diagnose; Betriebszeit"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      top_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DTRIG
    "1.10      OBDII; Auswählbare Trigger für Fehlerpfad-Management"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bbdcy bbno bbsp1 bbsp2 bbsp3 bbtim
      bbwuc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DUF
    "6.60      Diagnose aus der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      CW_DUF DUFBDE_T DUF_T NMN_BDE NMN_DUF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ehfs B_fgr B_fgr_um B_i_ska_um B_mibeg B_msr
      B_nomsr_um B_nosgs_um B_notlu_fr B_pwgnotfr B_sgs B_sp1s
      B_sp2s B_spsmin B_stend B_ub_ok B_wdk2sel ei_adcc_um
      ei_gkc_um ei_ipa_um ei_mver_um ei_nc_um ei_pr_um ei_reac_um
      ei_rkc_um ei_rkti_um ei_rlc_um ei_rlip_um ei_spsc_um ei_ubr_um
      ei_varc_um ei_zwc_um mi_um nmot_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dufbde_c duf_c egaspfad ei_dufska mi_duf mpfad
      skapfad
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bdezok B_dufzok B_ufrkc B_ufrkcalt B_ufrkcl
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DULSU
    "1.70      Spannungsüberwachung stetige Lambdasonde"

    /begin DEF_CHARACTERISTIC
      SULSULUFT SULSUMX TVLSULUFT TVTKLSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdulsu B_evloc B_fa B_hstlsua B_stend B_tal
      B_talval lamsons_w ua10mo_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_heulsu B_luft B_vluft
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DUMWEX
    "10.10     Diagose; Erweiterte Umweltbedingumgen"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemod kmstand_w prioko top_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DUR
    "1.20      Diagnose aus der Rechnerüberwachung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      rstpfad
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rstMon_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DVAL
    "3.20      Diagnose-Validator"

    /begin DEF_CHARACTERISTIC
      CWDVALOPT DSMRES_0_A DSMRES_1_A DSMRES_2_A
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MSDAAA
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nldval fcmEnd swOffDlBits
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DVFZ
    "17.30     Diagnose: Plausibilitätsprüfung Fahrzeuggeschwindigkeit"

    /begin DEF_CHARACTERISTIC
      CWDVFZ NDV NDVO TDV TMDV VDMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_sa B_vabsff B_vradhlff B_vradhrff B_vradvlff B_vradvrff
      nmot tmot vfzroh_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DWUC
    "14.20     OBDII; Erfüllung Bedingung 'warm up cycle'"

    /begin DEF_CHARACTERISTIC
      DTMWUC TMWUC TMWUCST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf B_stend tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bbwuc B_nowuc B_wuc wuccnt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tmstem
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    DZUEET
    "1.30      Diagnose Zuendendstufentreiber"

    /begin DEF_CHARACTERISTIC
      DZUPHL DZUPKSMS DZUPKSUB DZUPSIG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ESKONF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee zndact zndsucc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dzuhlzl dzuksmszl dzuksubzl dzusigzl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    _EEPROM
    "11.30     EEPROM-Behandlung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ESGRU
    "23.50     Grundeinspritzungen"

    /begin DEF_CHARACTERISTIC
      FRKAP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      vstfrk
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fgru
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ESNSWL
    "7.10      Einspritzung Nachstart und Warmlauf"

    /begin DEF_CHARACTERISTIC
      CWNSWLMOD FNSHO FNSSM FNSSMHSP FWSTAA1 FWSTAB1
      FWSTAB2 FWSTAS1 FWWLNM FZANSSA1 FZANSSA2 FZANSSM1
      FZANSSM2 KFFWL KFFWLRL KFNSA KFNSWRL KFWWLML
      KFWWNS SZANSSM TMWLOFF ZDGZA1 ZDGZA2
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SIM08ESUW SKS06ESUB SNM06ESUB SRP06ESUB STA06ESUB STM12ESUB
      STS08ESUB STS12ESUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ad B_hks B_hmm B_hom B_hos B_hst
      B_sch B_skh B_staa B_stendes B_wks esst_sim08esuw
      esst_sks06esub esst_snm06esub esst_srp06esub esst_sta06esub esst_stm12esub esst_sts08esub
      esst_sts12esub fho imlatm_w kstaa nmot rlp
      tabst_w tans tmot tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fnsoff B_fwloff B_nswlmod fnswl_w fns_w fwl
      fwlbl gklfnssm kfkfnswrl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      abr1_count fktns_w fwlrl fzans1 gklfnssmh nsactr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ESSTT
    "22.80     Einspritzzeit Start"

    /begin DEF_CHARACTERISTIC
      DN10BURN FKSTT FSTHO IMLHS KFHSTT KFWHSTT
      KFWKSTAB KFWKSTN KFWKSTT KLTMOTDIFF TANDT TANH
      TMH TMHSG TMK TMODT TMORSTE TMURSTE
      TWSTT ZBURNLIM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWWL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib B_nachl B_nmin B_pwf B_stend B_zesync
      dnmot_w fho imlatm kstaa nmot tabst_w
      tans tansab tmot tmotab tmst vstfst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hst B_hstnl B_stendes B_vbemg B_wks B_wst
      B_wst0 fst_w tmotnldiff tmotnlmx
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_vbmg B_wst1 B_wst2 fst0_w kl_twstt_w zburnsum
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ESUK
    "8.40      Einspritzung Übergangskompensation"

    /begin DEF_CHARACTERISTIC
      FUKDE FUKNSTM FVANST KFBADE KFVADE RKBAUM
      RKVAUM TNSUUK ZUKDEM ZUKNSTM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM07ESUB STM09ESUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bdeminst B_hom B_ll B_nswo2 B_sa B_st
      B_stend esst_snm07esub esst_stm09esub nmot rlp_w tmot
      tmst vstfba vstfva zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bag B_vag fbade_w fvade_w rkukg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_crkuk B_uk1 B_ukns B_vade drkuk_w fbans
      fbavst_w fvans fvavst_w rkuk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ESWE
    "1.90      Einspritzung Schubabschalten Wiedereinsetzen"

    /begin DEF_CHARACTERISTIC
      FIMHU FIMWU FWEHT FWEMRFA FWET
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anzti B_ll B_sa mrfa_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fwe
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzwefim azylwe B_afwe B_fwe
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    EVEKO
    "1.50      Koordination Diagnosen HDEV-Endstufen"

    /begin DEF_CHARACTERISTIC
      CWEVEKOMNH CWEVEKOMNL CWEVEKOMXH CWEVEKOMXL CWEVEKONPH CWEVEKONPL
      CWEVEKOSIL DLYABM THEALING
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ehdev
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmhdev B_eev B_eveheal EVEKObit
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      abmhdev1 abmhdev2 abmhdev3 abmhdev4 abmhdev5 abmhdev6
      abmhdev7 abmhdev8
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    FGRABED
    "1.70      Abschaltbedingungen Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      BFGRO BFGRU CWFGRGA CWFGRGABED DNFGRMX DVIVZMX
      DVZVIMX NFGRMIN TDVIVZ TDVZVI TFGRABS TFGRFDY
      TFGRUEOB TFGRUM TFGRUNUB VFGREMAX VFGREMIN VFGRMAX
      VFGRMIN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfzgl_w B_absfgr B_acc B_airbag B_brems B_dknolu
      B_dkpu B_dksbeg B_fdyfgr B_fgr B_fgrat B_fgren
      B_fgrhe B_fgrhsa B_fgr_um B_gwhs B_kuppl B_nldg
      B_pwgnotfr gangi nmot_w nsber_w vfgr_w vziel_w
      zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      stfgrab_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    FGRBESI
    "1.20      Bediensignale Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_fgrtbe B_fgrtbh B_fgrtse B_fgrtve B_fgrtvh
      B_fgrtwa B_gra6p stfgrab_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      stfgrbs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_frgbs fgrbesilokbits
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    FGRFULO
    "1.40      Funktionslogik Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      ANZTPMX BRABEVI BRATD BRATU CWFGRFULO DVIVZTMX
      DVSKNBGA DVSKNVGA DVSWKB DVSWKV DVTIPUD DVZVITMX
      DVZVIWA FSWKB FSWKV KFBRAWA TSWKNBGA TSWKNVGA
      VREGLMAX VREGLMIN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MRFGRMAX VFGRMAX VFGRMIN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfzgl_w B_acc B_fgr mrfgr_w stfgrab_w stfgrbs_w
      uevges vfgr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bfgrs_w stfgrfl vregl_w vziel_w zstfgr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anztip brafgr_w bswk_w B_kfvswk B_kfvswkb B_kfvswkv
      dvzi_w fgrfulolokbits tswk
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    FGRREGL
    "1.20      Regelalgorithmus Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      CWFGRREGL DVLLVO DVLLVU DVSAVO DVSAVU FGMRIDV
      KFVOFFS KKFFGRGA KRAFGRGA MRFGRIMX MRFGRLL MRFGRMAX
      MRFGRSTA TFGRAR TN2FGRGA TVLADV TZ2FGRGA VLMXVZ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_fgr B_savacc mracc_w mrped_w nmot
      stfgrab_w stfgrfl uevges vfgr_w vregl_w vziel_w
      zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fgrab B_fgren B_llvfgr B_savfgr fgrreglausbits mrfgr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_fgrdvi ctfgrab dmrar_w dvfgr_w dvivr_w dvzvi_w
      fgrregllokbits kfgr_w mrfgri_w tn2fgr_w tz2fgr_w uevges_w
      vfgro_w vlast_w voffs_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    FLSUBB
    "1.40      Freigabe der Betriebsbereitschaft der LSU"

    /begin DEF_CHARACTERISTIC
      CWFLSUBB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hstlsua B_nmot B_stend ubsq_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_sbblsu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    FUEDK
    "36.40     Füllungssteuerung (Berechnung DK-Sollwinkel)"

    /begin DEF_CHARACTERISTIC
      CWFUEDK CWUGD DRLSOLMF DRLSSCHMF EVTMODMNDK FKLAFUGD
      FPWDKAPP FWDKSHYS KFWDKMSNVP KFWDKSMX MRFADWDKUG TFWDKPSPV
      WDKSAPP WDKSHYS WDKSOFS WDKUGDN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      PSPVDKUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fpwdkap B_homfes B_nmin B_schfes B_stend B_tfwdksom
      B_wdksap B_wdksom evtmod fho_w fpvdkds_w frhovdk_w
      ftvdk mrfa_w msdks_w msdkugd_w nmot nmot_w
      ofmsndk_w pspvdb_w pspvds_w pssol_w psugd_w pvdkds_w
      rlfgks_w tfwdksom_w umsnms_w wdksom_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fkmsdks B_ugdap B_wdkap msndkoug_w msndks_w msndkugd_w
      wdksap_w wdkugd_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dwdksugd B_mfact drlsolmf_w dwdksugd_w dwdksumx_w dwdksuof_w
      fptvdk_w msndkoos_w pspvdkug_w wdkobugs_w wdksgvin_w wdksgv_w
      wdksmx_w wdksobmx_w wdksof_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    FUEDKSA
    "3.10      Füllungsbeeinflussung über DK, Sollwertaufbereitung"

    /begin DEF_CHARACTERISTIC
      CWWDKSPE DKNOTBEGR ENTDKLL ENTDKNLL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_dkpiu B_dksbeg B_i_ska_um B_ll B_wdk1v
      nmot tvwdkprs wdknlp_w wdksap_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dwdks_w wdks wdksp_w wdks_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      wdkink_w wdksba2_w wdksba_w wdksb_w wdksfl wdkspa_w
      wdksvfl wdkswe_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    FUEREG
    "6.30      Füllungsregelung"

    /begin DEF_CHARACTERISTIC
      CWFUEREG DFAFRG FPLMRM KFPLMR TVFRG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmmfes B_homfes B_llrpd B_nswo1 nmotll rlsol_w
      rl_w tmot tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      drlfue_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_furpen B_stndfr drlm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGAGRV
    "6.50      Gebergröße AGR-Ventil"

    /begin DEF_CHARACTERISTIC
      AGRVPSTG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_eagrlv uagrvpo_w uuagrvp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      agrvp agrvpa_w agrvp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      uagrvpk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGCANECU
    "2.30      Gebergrößen CAN-Sendeinformation"

    /begin DEF_CHARACTERISTIC
      NMGETMC NSTAW TMHLDO TMHLON TSTAW TVNKL15
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWCAUVW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmin miautget_w miautgs_w nmot nmot_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_anlasc B_anlfr B_mshlon miautgetc miautgsc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nstaw_w tnkl50 tstawk
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGCASR
    "1.71      Gebergöße CAN-Signale für ASR/MSR"

    /begin DEF_CHARACTERISTIC
      CWMSRCAN DBZ_MN DBZ_MX KLDMASRL MSRMDTMX NOASR
      RAMPASR TAMSRCMX TMSRCERR TMSRCNU TVCAMSR T_ASRFGR
      T_NOMASR T_NOMASRTA T_NOMBR3 VMINAMSR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_CAN_C_0___A CW_CAN_C_1___A CW_CAN_C_2___A CW_CAN_C_3___A CW_CAN_C_4___A CW_CAN_C_5___A
      CW_CAN_C_6___A CW_CAN_C_7___A CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A
      CW_CAN_R_4___A CW_CAN_R_5___A CW_CAN_R_6___A CW_CAN_R_7___A MDNORM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_amsrbot B_br3bot B_ctout B_nomsr_um B_statbr B_statmd
      mdverl_w nmot tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bz_can bz_msr B_absdia B_absfgr B_amsren B_amsrf
      B_amsrinpl B_amsrn B_amsr_t B_asrakt B_asresp B_asr_can
      B_bkva B_bkvv B_bkvvc B_br1en B_edsfgr B_fabr
      B_fdyfgr B_fgrabz B_msrakt B_msrdis B_msrphnpl B_msr_can
      B_neamsr B_nebr3 B_nomsr_fr B_nomsr_t B_npcanswe B_savmsr
      B_swecan B_swe_b B_vabsff B_vradhlff B_vradhrff B_vradvlff
      B_vradvrff miasrllk miasrl_can miasrl_w miasrslk miasrs_can
      miasrs_w mimsrlk mimsrllk mimsr_can mimsr_w msrmdt_w
      vamsr_c vamsr_w vrad_hl_c vrad_hl_w vrad_hr_c vrad_hr_w
      vrad_vl_c vrad_vl_w vrad_vr_c vrad_vr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bz_diff B_amsrknpl B_msrtnpl B_msrvnpl B_nuamsr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGCEGS
    "2.40      Auswertung der CAN-Botschaft Getriebe"

    /begin DEF_CHARACTERISTIC
      CWCGE CWFS KFMGES MDGRADGES MIGESMN TFALLMIGES
      TMGESMN TNSTGES T_GEUEW T_SFSEN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDNORM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_genot B_ges B_gsaf B_milfbg B_nuge
      gangautic gwhpos mdgbeg mdwancan mifa_w migs_can
      miist_w nmot_w statwkc tnst_w vfzg vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_geuew B_mdwaner B_mgbget B_miecges B_milfb B_nmaxge
      B_tippg B_wk B_wkauf B_wkr gangauti mdgrad_w
      miecges_w miecgmx_w miges_w migs_w S_fs
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_trqmin mierrcan_w mifroz_w misgelok_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGCGRA
    "1.50      Gebergröße GRA-Bedienhebel mit CAN"

    /begin DEF_CHARACTERISTIC
      CSGRA DBZ_GRA TGRACMX TGRACNU T_NOMGRA T_NOMGRAD
      T_NOMGRATA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_CAN_S
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ctout B_fgrat B_fgrhsa B_fgrtbe B_fgrtbh B_fgrte
      B_fgrtse B_fgrtve B_fgrtvh B_fgrtwa B_grabot B_gracan
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bz_gra B_adrgra B_cfgra B_csgra B_fgratc B_fgrbec
      B_fgrhec B_fgrhsc B_fgrsec B_fgrtdc B_fgrtuc B_fgrvec
      B_fgrwac B_grabz B_grabz1 B_grabz2 B_nugra B_tgramx
      B_tgranu cs_gra
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGCS
    "1.90      Gebergröße Crash-Sensor"

    /begin DEF_CHARACTERISTIC
      CWCS_0_A CWCS_1_A DBZ_AIR NMOTDELAY TAIRCMX TAIRCNU
      TBPWMCS TCONT_HILO TCRCAN TCSERC TCSERNPL TCSERP
      TVPWMCSR TVPWMCSS UPWMCS ZPWMCS ZPWMCSMAX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NSTNM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bz_air B_aircan B_airnbot B_csair B_ctout B_kl15
      B_nmot B_nuair nmot nmot_w P_crsh tmot
      ub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_airbag B_airbz B_airbz1 B_airbz2 B_cfair B_crcan
      B_csernpl B_epwmcs B_hpwmcs B_pwmcs B_tairmx B_tairnu
      B_tcrcan crshDetect cserk pwmcs_bits pwmcs_nv_bits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_crcan_20ms B_pwmcs_50ms B_pwmfcs tpwmcs
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGCTUM
    "4.10      Gebergröße Umgebungstemperatur über CAN"

    /begin DEF_CHARACTERISTIC
      TVTUME
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ckien B_ctout B_tumcb tumc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ctum B_ctume ctum
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGDPG
    "Gebergröße: Drehzahlgeber und Phasengeber"

    /begin DEF_CHARACTERISTIC
      CWNWREF DZZST DZZSTNLP NMIN NMOTQSYN OFQSYNADAP
      PH_MINSEG TMQSYN TPREL ZDELBMSRCH ZTPREL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ale B_nldg B_nlph B_nosynph B_phad B_phnldg
      B_phsok B_pwf B_st B_synnldg nmot nmot_w
      tmot wkwstop wnwsp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bmLosCtr_w B_bm B_fbm B_luecke B_mluecke B_nmin
      B_nmot B_nobm B_nobm1 B_noph B_phaact B_phase
      B_qsyn B_startini B_stprel B_syn B_synph B_zprel
      B_zztab dpgNvBits gaptooth ggdpgBitsKgs nsynggdpg tmCorCtr_w
      tnbm1_w tnbm2_w tnbm_w tpCorCtr_w ttooth10ms uzkw_w
      wkwbzm0_w wkwsyn_w wkw_w znbm_w zrph zylvirt
      zzseg zztab zzvirt zzyl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bmzzyl B_enqsyn B_pgxqsyn B_phw B_phwneg B_phwok
      B_phwpos B_synbmale edge_ctr len_hiseg len_loseg qzzyl
      stateQsyn wkwneg_w wkwpos_w wkwstart_w zdelay zzale_ini
      zzyl_virt
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGDSKV
    "2.40      Gebergröße Kraftstoffdrucksensor"

    /begin DEF_CHARACTERISTIC
      KLPRAIL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend pu_w upr1ms_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      prroh_w uprm_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      uprsum_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGDSS
    "6.140     Gebergröße Drucksensor Saugrohrdruck"

    /begin DEF_CHARACTERISTIC
      ANZUDSSMN DSSGRAD DSSOFS NPSSEG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      UADPSMN UADPSMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_edss nmot_w ofdss_w udss_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dsseg B_elmi B_psdssmw depsdss_w psdss psdssi
      psdssi_w psdssr_w psdss_w udsm_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGDSU
    "3.40      Gebergröße Drucksensor Umgebungsdruck"

    /begin DEF_CHARACTERISTIC
      DPUPVDK DSUGRAD DSUOFS FHOE PUE TDDFU
      UADPUMN UADPUMX ZDSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      ftu ml_w ofdsu_w udsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hag B_pug fho fho_w fplufi_w fpvdkds
      fpvdkds_w frhol_w plufi_w pu pus_w pu_w
      pvdkds pvdkds_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      DFPM_GGDSU
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGDVE
    "6.20      Gebergrößen Drosselklappensteller"

    /begin DEF_CHARACTERISTIC
      DUDKP1HY DWDK12O DWDK13O DWDK23O NDKPPU NWDK3
      TDKPAW TFWDKPN TVPDKP1 TVPDKP2 TVPWDK12 TVPWDK13
      TVPWDK23 UBVDKPO UBVDKPU UDKP1O UDKP1U UDKP2O
      UDKP2U
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dkpu B_fhfs B_st B_ubpvg B_wdkhfu dkpstg_w
      nmot ub udkp1a_w udkp1sv udkp1vo_w udkp1vv_w
      udkp1v_w udkp1_w udkp2a_w udkp2_w wdkhf_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dkp1e B_dkp1mn B_dkp1mx B_dkp1np B_dkp2e B_dkp2mn
      B_dkp2mx B_dkp2np B_dkpaw B_dksbeg B_edks B_wdk1v
      B_wdk2sel dwdkba_w wdk1_w wdk2_w wdkba wdkba_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dkp1ev B_dkp2ev B_ubvdkp B_udk1nv B_wdk12ev B_wdk13ev
      B_wdk23ev B_wdk2st cpaw1 cpaw2 ctdkp1 ctdkp2
      ctdkpaw ctwdk12 ctwdk13 ctwdk23 wdk1 wdk1g
      wdk2 wdk2g wdk3g
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGEGAS
    "9.60      Gebergröße Brems- und Kupplungsschalter"

    /begin DEF_CHARACTERISTIC
      CWGGEGAS TEPBRKUP TVERBR TVKUP TVKUPV ZERBR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_bkva B_bkvv B_fabr B_pwf B_vnull
      S_bls S_brs S_kupp
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_br2k B_brems B_kuppl B_kupplv ctrerbr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bl B_br B_erbr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGFGRH
    "1.120     Gebergrößen Bedienhebel für Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      CWGGFGRH TEPFGRH TFGRHE TFGRHSNP TFGRTIP TOOTAUS
      TOOTEIN TOOTULB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_cfgra B_fgrabz B_fgratc B_fgrbec B_fgrhec
      B_fgrhsc B_fgrsec B_fgrtdc B_fgrte B_fgrtuc B_fgrvec
      B_fgrwac B_gra6p B_gracan S_fgrat S_fgrhs S_fgrsv
      S_fgrwb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fgrat B_fgrhe B_fgrhsa B_fgrtbe B_fgrtbh B_fgrtse
      B_fgrtve B_fgrtvh B_fgrtwa B_rfgoot
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_afgrbs B_ffhsc B_fgootein B_fgrhev B_fgrhs B_tootaus
      B_tootein B_tootulb ctbetip ctepfgrh ctfgrhe cthsnp
      ctootaus ctootein ctootulb_w ctvetip GGFGRHlokbits0
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGFST
    "11.30     Gebergröße Tankfüllstand"

    /begin DEF_CHARACTERISTIC
      TWNSTA TWNTAL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ckien B_pwf B_talcan S_tal tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_tal B_talval GGFSTbits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      timtalr_w timtals_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGGTS
    "2.30      Gebergröße genaues Temperatursignal"

    /begin DEF_CHARACTERISTIC
      DTMKI TMKIMN TVTMKIC TVTMKIE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdgts B_ckien B_ctout B_tmkicb tmew tmkic
      tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tmki
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGHLA
    "2.10      Gebergröße Heizleistungsanforderung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWBEMHA_0_A CWBEMHA_1_A
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_klimex GGHLAausbits1 upotpwm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGKLDF
    "2.30      Gebergröße Klemme DFM des Generators"

    /begin DEF_CHARACTERISTIC
      DFMPERIOMX KLDFPWMDEF KLDFPWMST NTHRESHOLD PWMRAMPINC TKLDFINI
      TKLDFPWMDF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend dfmlow_w dfmperio_w nmot pwmstate
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kldfact B_pwmramp kldfpwm perioval_w tkldflock
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGKS
    "8.40      Gebergröße Klopfsensor"

    /begin DEF_CHARACTERISTIC
      CWKRAPP DKROKD DKROKMX DKROKO DMAKRLA FMFKRN
      FMFKRNZ KEMLN KFMAKR NKRFM1 NKRFM2 NKRFM3
      SENZZYL TMCC650
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWDKRTP KRANH KRFHT SNM16KRUB SRL04KRUB TMKR
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kr B_krldy B_krndy B_st B_stend B_tmkr
      esst_snm16krub esst_srl04krub krftpakt lamsbg_w nmot rl
      tmot tn2 xzskrnt xzskrof xzskrtp zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_anschlag B_c95bf0 B_c95bf1 B_c95bf2 B_c95bf3 B_c95diff
      B_c95ks3 B_dnt B_dntb B_dtp B_dtpb B_fmfkrhs
      B_ntini B_tpnt_aw B_tpnt_e fmfkrc fmfw igod_w
      igokr_w ikr ikrma ikrme ikrmen ikrmet
      ikr_tst iokkr ks_sym sen_c95 tmfa_w tmfln_w
      tmfl_w tpnt_aktiv UADKI UADMFA wmfa wmfl
      ztpnt_a zzylkr zzylkr_neu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dmakrl fmfkrakt fmfkraktol fmfkrzakto stkrfmf zkrfmu
      zylindex
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGLBK
    "8.20      Gebergröße der Ladungsbewegungsklappe"

    /begin DEF_CHARACTERISTIC
      CWGGLBK DPULBKPSMN LBKGRAD LBKGRADMN LBKGRADMX PUELBK
      TASRLBK TDDLBKEPS TDLBKGRAD TDLBKO TDLBKOFFS TVLBKO
      ULBKOFS ULBKOFSMN ULBKOFSMX ZKLBKGRAD ZKLBKOFFS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      LBKGRADEMN LBKGRADEMX UBSQLBK ULBKOFSEMN ULBKOFSEMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_falbk B_nmot B_pwf B_sttakt lbksol_w ps_w
      pu_w tasr_w ubsq ulbkist_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_aflbkgrd B_lbkgrlef B_lbklrnef B_lbkoflef B_lbkps B_lbkpsio
      dpulbkps_w lbkgradl_w lbkist lbkist_w ulbkoffs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lbkabb B_lbkfolrn B_lbksolmn lbkgradk_w pulbk_w ulbkistk_w
      ulbkkf_w ulbkofsk_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGNOH
    "Gebergröße NOx-Sensor hinter Speicherkat"

    /begin DEF_CHARACTERISTIC
      CWGGNOH FLOMN FLOMX FLOOFF KFTNOK KFTNOKH
      KLFWNOK KLLOCV KLOKK KLTABST KONOU KOO2U
      LAMNOSO2 MNOSPOK MOLMABGLAM MOLMNO NMOTSAGOK NOCFO2
      NOCFPU NOHKSMN NOHKSMX NOKINTK NOXABWMX NOXADOFF
      NOXNOKGW O2CFPU PUCFMSABG RINODMN RINODMX RINODOG
      RINODUG RINOHKU SWNOXE TABSTLO TADMIN TFNOK
      TFNOK2 TFNOXE TGNOK TNOHKS TNOKINT TNSEMX
      TRINOD TRINODMX TSOKNSA TVMNOSPOK TVNOK TVNOSBBOK
      TVNOXE TVSAGOK URINOIN USHKNOS UVPHKOG VPAS
      VPMS VSNOHKU ZFRINODNO ZFUURINOHK ZKDQVP ZKFNOK
      ZKNOKAD ZKUVP ZSAMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TANHKMMN TANHKMMX TDNREG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dagrss B_denox B_ll B_nachl B_nosbb B_o2hkmag
      B_pug B_pwf B_regend B_reonos B_sa B_stend
      lavhkm_w mnospms_w msab_w nmot_w pu_w rinod_w
      tabst_w tanhkm_w tnse_w uunohk_w uuo2nohk_w uurinohk_w
      uuvpnohk_w uuvsnohk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      avnohkk_w B_ensodia B_fushk B_nok B_sagok B_sanooff
      B_smfhk B_zabgerr lamnohk_w mnnosahk_w msnohk_w nohksroh_w
      nohks_w rino_w unop_w ushk ushk_w uurinoh_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      amnnosa B_adapak B_ensodias B_kmbr B_loadbrk B_loadfr
      B_mnnosaok B_nokintfr B_nosbbft B_noxegs B_okf B_okl
      B_reonospf B_rinod B_rinodsb B_sae B_sasf dnoxe_w
      dquvpbf_w dquvpb_w dquvpf_w dtnoki_w dtnok_w flokorrm_w
      flokorrt_w flokorr_w intlocv_w loadoff_w locvkorr_w locv_w
      mnnomax_w mnnomin_w mnnomit_w mnnoold2_w mnnoold3_w mnnoold_w
      mnnosum_w mnno_w molmabg_w msabmol_w nohksfa_w nohksf_w
      nohkskvf_w nohkslo_w nohksnok_w nokinta_w nokint_w o2hksp_w
      okw_w puhk_w rinodf_w tad_w tfknohks_w tnokabst_w
      tnokalt_w tnokd_w tnokfikt_w tnokst_w tnok_w uurinohf_w
      uvpf_w zsa
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGNW
    "1.50      Winkeladaption der Nockenwelle zur Kurbelwelle"

    /begin DEF_CHARACTERISTIC
      PHNMO PHNMU STM05EPMSB WNWAFMX WNWASMX WNWKM
      WNWKN WNWRPS ZNWSP ZPHFLBM1
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bm B_luecke B_nldg B_nwflade B_pwf B_syn
      B_synnldg B_zztab gaptooth nmot synstate tmot
      wkwsyn_w wkw_w zphflsyn zzseg zztab zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_phad B_phade B_phnmo B_phnmu B_spsa B_wnwiout
      wnwi_ad_w wnwkwas_w wnwspas_w zphfl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nwflad B_phgefl esst_stm05epmsb wnweoas_w wnwim_w wnwkor_w
      wnwsp_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGO2LSU
    "1.30      Gebergröße Sauerstoffsignal LSU"

    /begin DEF_CHARACTERISTIC
      CWGGLSU FIPLSU FIPREFLSU FLAMPFT FLAMPMR FLSUFTKL
      O2VK TABGL TABGS TUMTOE TVABGL USABGL
      ZFDUSVK ZFUULSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_eiclsu B_elsuwi B_fklsol B_llr B_st B_stend
      iprefanf ktkvk_w pabnav_w pabvvk_w tnst_w uulsuv_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fklanf B_iclsabg ggo2lsuAusBits10ms ggo2lsuAusBits10ms_2 iplsuvj_w kusvkft_w
      kusvk_w lsukorp_w o2vk_w ua10mo_w ua10ms_w usvkvj_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_fklanfs B_resabg B_tabgs dua10g_w ggo2lsuLokBits10ms ipiprk_w
      ipkorp_w ipktk_w iproh_w palsu_w ua10msm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGPBKV
    "2.70      Gebergröße Druck für Bremskraftverstärker"

    /begin DEF_CHARACTERISTIC
      CWGGPBKV DPBKVBBG DPBKVBSGV0 DPBKVBSGVS DPBKVEBG DPBKVEBGVS
      DPBKVEVK DPBKVEVKSP DPBKVK DPBKVSTG DPBPSMSISR DSBGRAD
      DSBOFS KAFPBKVPU PBKVVSTGPV PUEBKV TBRLLSR TBRTLSR
      TEBBREMS TVPBKVK VFZGSCH ZKPBKVK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_brems B_cddsbkv ps_w pu_w pvdkds_w udsbkv_w
      vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bkvmsisr dpbkvu_w pbkv pbkv_w psspbkv_w pubkv_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dmnpbkv_w dmxpbkv_w dpbkvmx_w dpbkvps_w dpbkvsp_w dpspvdkd_w
      pbkvmod_w pbkvmpu_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGPED
    "8.70      Gebergröße Fahrpedal"

    /begin DEF_CHARACTERISTIC
      CWBWEEN DUPW12 DUPW12BE DUPW12TG DUPW12VG DUPWGHY
      DWPMXNB DWPMXNOT DWPOPBP DWPPBP MIFAMXNOT NWPMBBR
      TDWPOPBP TFPWG2 THOPP1 THOPP2 TMBVH TPNSE1
      TUPWBWV TUPWG12 TUPWG1O TUPWG1U TUPWG2O TUPWG2U
      TUPWLLU TWPLK TWPMBBR UPW1BE UPW1LLMX UPWG12U
      UPWG1O UPWG1U UPWG2O UPWG2U UPWGO UPWGTG
      UPWGTL UPWGU UPWGUBF UPWGUR UPWGVG VWPMBBR
      WPMXBR WPMXNOT WPRMBVH ZBWF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkva B_bkvv B_bl B_br B_br2k B_brems
      B_dknot B_dksbeg B_fabr B_nmax B_pwf B_pwgnotum
      B_stend B_ubpvg nmot upwg1_w upwg2_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_glf B_pwgnotfr B_sp1s B_sp2s B_spsmin B_upwbwf
      dwped dwped_w mifamx_w mkfamx_w upwg2d_w upwgej_w
      wped wped_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bwf B_bwunpl B_dupw B_dupw12 B_holp1 B_holp1a
      B_holp1l B_holp2 B_holp2a B_holp2l B_hop1mn B_hop2mn
      B_hopakt B_mbvh B_pbpabr B_pwgbwf B_pwglk B_up2bwf
      B_upw12e B_upw1mn B_upw1mx B_upw2mn B_upw2mx B_upwg1o
      B_upwg1u B_upwg2o B_upwg2u B_vpwgerr B_wpabnb B_wpmbbr
      ctrbwf GGPEDlokbits GGPEDlokbits2 GGPEDnonVolbits upw2ll_w upwg2fil_w
      upwg_w wpedt_w wpedv_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGRTLSU
    "1.70      Gebergröße Widerstand und Temperatur der LSU"

    /begin DEF_CHARACTERISTIC
      DURINLSU FARIN KLKTKVK KLRTLSU RINCAL RININI
      TKERENSCUN TKERLSPSF TRINSTART TUMTO TVSABGL URINOFF
      ZFRIN ZFRINCAL ZFRINSTART
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TVSERSL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ehsve B_eiclsu B_elsuwi B_henrin B_iclsabg B_lsuiamn
      B_lsuiamx B_lsuunmn B_lsuunmx B_lsuvmmn B_lsuvmmx B_nmot
      B_pwf B_spf3k B_stend rdtklsu_w ubsq_w urinlsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enscun B_pusab B_rinabg ggrtlsuAusBits10ms ggrtlsuAusBits10ms_2 krivk_w
      ktkvk_w rinlsu_w tkerlsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ckrivk drinlsu_w ggrtlsuLokBits10ms rinlsuk_w rrinlsu_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGTFA
    "15.70     Gebergröße TFA Temperaturfühler Ansaugluft"

    /begin DEF_CHARACTERISTIC
      TADE TADMN TADMX TANSELI TDNSTA TDTA
      TDTAL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ll B_nmot B_pwf B_sa B_stend tahfm
      wtans
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tans tansab tansabk_w tansk_w tanslin tasrg_w
      tavdkg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGTFAH
    "1.10      Gebergröße TFA  Ansaugluft-Temperaturfühler im HFM"

    /begin DEF_CHARACTERISTIC
      TAHFMDE TAHFMDMN TAHFMDMX TAHFMELI TDTAHFM ZFTAHFM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf B_stend wtahfm
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tahfm tahfmab tahfmabk_w tahfmk_w tahfmlin
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGTFM
    "40.210    Gebergröße TFM Temperaturfühler Motor (/-Kühlmittel)"

    /begin DEF_CHARACTERISTIC
      AFZBKLH AFZBKLN CWKONGTM CW_TABST DTLRTML DTMABDTMN
      DTMDMA DTMDNPO DTMFIX DTMSRT FABSTT KFDTMRBS
      KFDTMRS KFDTMTE KFDTMTR KFDTMTU KLDTMFXTM KLITHMS
      KLKFWSHML KLTHMDTMS MLOBKLHV MLOBKLNV MLUBKLHV MLUBKLNV
      NDTHMMX NNPTMMX TABSMADTM TADMM TDBKLOFF TDNDTHMF
      TDNDTHMS TDNNPTMF TDNNPTMS TDTM TDTMMA TDTMNPO
      TDTMPOG TDWWHMM TDWWSCH TMABDTMN TMDMMA TMDMMAT
      TMDMMAU TMDMMEE TMDMMER TMDMN TMDMX TMELIPU1
      TMESSCMN TMLRTMS TMMXRT TMOTELI TMPUPOFF TMPUPON
      TMSFDTHMO TMSFDTHMU TMSSSCO TMSSSCU TNLETM TNSRT
      TUMDETM TWBKLHOF TWBKLHON TWBKLNOF TWBKLNON TWLRTMS
      UBMNPUP VBKLHO VBKLHU VBKLNO VBKLNU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abstgp B_abstnlgp B_hmm B_kl15 B_nletm B_nmin
      B_nmot B_nokatfz B_pwf B_sa B_sch B_st
      B_stend imlatm lamsbg_w ml nmot tabst_w
      tans tansab tmki ubsq vfzg wtmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_endthm B_ennptm B_mxmntm B_npotm B_nputm B_tmdmme
      B_tmmn B_tmsrt korrfak tdlrtm_w tmew tmewab
      tmlinmax tmlinmin tmot tmotab tmotlin tmotlinab
      tmotlinst tmotlin_w tmotvt tmrw tmrwend tmst
      tumginp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_klh B_kln B_pullup B_zoptm mll1
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGTKA
    "1.10      Gebergröße TKA Temperatur Kühlerausgang"

    /begin DEF_CHARACTERISTIC
      TDTKAUS TKAELI TKAUSDE TKAUSDMN TKAUSDMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      wtka
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tka tkalin
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGTNVK
    "2.20      Gebergröße Temperatur hinter dem Vorkatalysator"

    /begin DEF_CHARACTERISTIC
      KLABTF KLATNVK UGGTNVKMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      tabst_w tansk_w tanvkm_w tavsoab_w uggtnvk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tanvkd_w tanvkg_w tanvkst_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      utnv10m_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGUB
    "11.40     Gebergröße Batteriespannung, inkl.Diagnose"

    /begin DEF_CHARACTERISTIC
      TDNSUB TDUB UBDE UBDMN1 UBDMN2 UBDMN3
      UBDMX UBNACHL VMDUB ZKUBSQF01 ZKUBSQF10
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend B_ubrk ubrsq_w vfzg wub_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ub ubsq ubsqf ubsqf_w ubsq_w wubiso_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGUBR
    "1.80      Gebergröße und Diagnose Bordnetzspannung über Hauptrelais"

    /begin DEF_CHARACTERISTIC
      CWKVHR TDAPTUBR TDHREVAB TDRNLUBR TDUBR TDUBRNL
      TWDUBRNL UBRDMN1 UBRDMN2 UBRDMX UBRDUNL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nldve B_nlsgls B_nlubr B_nmin B_stend ei_ubr_um
      wubr wubr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dnlubr B_dubre B_hrevab B_hrkng B_hrkzlg B_kdhre
      B_ubrdmn1 B_ubrdmn2 B_ubrk B_ubrmax B_ubru GGUBRausbits
      GGUBRausbitsNOV1 ubrsq ubrsqf ubrsqf_w ubrsqka ubrsqke
      ubrsq_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GGVFZG
    "14.81     Gebergröße Fahrzeuggeschwindigkeit"

    /begin DEF_CHARACTERISTIC
      AIMVM CWGGVFZG_0_A CWGGVFZG_1_A DVFZBEG TFGRVRAB VFZMN
      VFZR1O VFZR1U VFZR2O VFZR2U VRFGRMN ZFBFZGL
      ZFCNT1 ZFCNT2 ZFV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A CW_CAN_R_5___A
      CW_CAN_R_6___A CW_CAN_R_7___A
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cankbi vamsr_w vfzgkb_w vrad_hl_w vrad_hr_w vrad_vl_w
      vrad_vr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bfzgl_b bfzgl_w B_vnull vfgr_w vfzg vfzg_w
      vfzroh_w zfcnt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      vfil_w vroh_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GK
    "18.40     Gemischkontrolle"

    /begin DEF_CHARACTERISTIC
      KLRKMINE RKAPP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SDP12ESUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_basch B_eahomb B_rkapp B_sa B_stendes dprbuf_w
      esst_sdp12esuw evz_austot fgru fnswl_w fra_w fr_w
      fst_w fwe lamns_w lamsbg_w nmot rka_w
      rkte_w rkukg_w rl rlp_w zzbank zzylh
      zzyls
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      rk3kd rkg_w rkmine_w rksa_w rk_w rllaso_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fvst_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    GKLDFHW
    "2.10      Hardwarekapsel für GGKLDF"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DFMPERIOMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kldfact
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_1stedge dfmlow_int dfmlow_w dfmperio_int dfmperio_w pwmstate
      tim1EdBa_w tim2EdBa_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HDR
    "2.30      Hochdruckregelung"

    /begin DEF_CHARACTERISTIC
      FWIHDR FWPHDR KLIHDR KLPHDR PRRGLMAX PRRGLMIN
      SPD06HDSW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hdr B_hdrba B_hdrres nmot prist_w prsoll_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_spd06hdsw prdiff_w prdr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fihdr fphdr pria_w prpa_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HDRPIST
    "2.40      Raildruck - Istwert"

    /begin DEF_CHARACTERISTIC
      CWDSND DPRSTTSW DPRSTTSWH PRNSCH PRSTT ZUPRAIL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_prnl pistnd_w prnl_w prroh_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_prnsch HDRPISTausbits prist_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dprstt_w prstt_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HDRPSOL
    "2.60      Kraftstoffdruck Sollwert BDE"

    /begin DEF_CHARACTERISTIC
      CWPRSOLAP KFGPRSOLFN KFGPRSOLFP KFPRMAXU KFPRSOLAP KFPRSOLHMM
      KFPRSOLHOM KFPRSOLKH KFPRSOLSCH KLFTPRSOL KLPRMAX PRMIN
      PRSOLAP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bdeminst B_hdrres B_hks B_hmm B_hom B_hos
      B_kh B_sch B_skh mivbeg_w nmot_w prist_w
      rk_w tmot ubsqf_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dprsollp prsoll_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ftprsol gprsolfn_w gprsolfp_w prmax_w prsolkf_w prsollu_w
      prsolvb_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HNOHK
    "Heizungsregelung NOx-Sensor hinter Speicherkat"

    /begin DEF_CHARACTERISTIC
      CNTHNOTPK CWHNOHK HNO0UK HNO1UK HNO1YK HNO2UK
      HNO2YK HNOVQI HNOZQI KLLEHNONS KLLEHNOT KLRITNO
      LEHNOMN LEHNOMX LEHNONL LEHNOU LEIHNO LVHIGH
      LVLOW MSABF MSABS NOXAKTSW RELEHNO RHNOB
      RINOBSA RINODEN RINOFA RINOMN RINOOG RINOS
      RINOSSA RINOST RINOSWAUS RINOUG SCHWUBMAX TANHKMHT
      TASAGOKVST TBHNOHK TDHNOHER TDHNOHKE TDHNOHKS TENOHBB
      THKHNOS THKHNOSLT TIHNOGR TMNKLNOT TMSTHT TMSTNOH
      TNOHVERZ TNOS TNOSSA TPHNOHKD TPHNOHKP TRINOSP
      TUBMAX TV1NOHBB TV2NOHBB UABFEND UNOPMX UNOPOG
      UNOPUG VORSTF VORSTS WUBRMN WUBRMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpk B_atmtpl B_edrino B_hnohkhd B_nachl B_sa
      B_sagok B_stend msab_w nohksroh_w rino_w tanhkm_w
      tmst tnse_w tumgk_w unop_w wubr_w zwmatmk
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_drinosp B_hnohk B_ihnogr B_noh B_nohbb B_nohnoh
      B_noris B_noups B_vorst lehno_w rinod_w thnotf_w
      tphnohk tvhnohkb_w tvhnohk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_abwhno B_dr B_hmf B_hnoenpi B_hnotf B_hnotfsw
      B_hnotmn B_nohoff B_stendff B_stendi hno0u_w hno0y_w
      hno1u_w hno1y_w hno2u_w hno2y_w lehnons_w lehnor_w
      leihnomn_w leihnomx_w lereg_w ms0ab_w ms1ab_w ms2ab_w
      ms3ab_w ms4ab_w msab1d_w msab2d_w msab3d_w msab4d_w
      tnod_w tvhnohki_w vorstv_w vorst_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HRLSU
    "4.80      Heizungsregelung stetige Lambdasonde LSU"

    /begin DEF_CHARACTERISTIC
      DPRHLSU DTKLSUSTA DTKLSUSTB KDHRLSU KIHRLSU KLPRHLSU
      KPHRLSU PRHLSUL TABSTHLSU TABSTRILSU THLSUHR THLSUHRST
      TKERLSUS TKERLSUST TLSUVH
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpa B_ehsve B_eiclsu B_elsuwi B_hrlsaus B_rinabg
      B_spf3k B_stend tabst_w tatuk_w tkerlsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_eshlsu B_henrin B_hlsumx B_hstlsua B_hstlsub B_hsv
      hrlsuAusBits hrlsuAusBits_2 prhrlsu_w rdtklsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hlsuaru B_sphrlsu B_tablsugr B_vhlsu hrlsuLokBits hrlsuLokBits_2
      iintpid_w phlsuri_w prhlsub_w prhlsud_w prhlsuin_w prhlsui_w
      prhlsup_w prhlsur_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HWAGR
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_taagr taagr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HWBKS
    "1.30      Komponententreiber für HWBKS"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      lepwmbks_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bkske
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HWDIG
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hsve B_kov B_lbk B_lues1 B_lues2 B_nachl
      B_nws S_fgrat udsbkv_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agreson B_dveeson P_kols S_ac S_bls S_brs
      S_fgrhs S_fgrsv S_fgrwb S_homapsw S_kl15 S_ko
      S_kupp S_pbkv S_tal
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HWHNOH
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend tphnohk tvhnohk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hnohke
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    HWTEV
    "8.10      Komponententreiber für Tankentlüftungsventil (TEV)"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      tateout_w tevper
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_tevtini
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ims_501
    ""

    /begin DEF_CHARACTERISTIC
      TKWFS TRETRY
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nachl B_nlwfs B_pwf nmot_w swOffDlBits
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    K71EXT
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fcmEnd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    K71MN
    ""

    /begin DEF_CHARACTERISTIC
      TIDLEMAX TIDLEMIN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fa B_fgrte B_grdst B_kstebf B_lrndia B_stend
      nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_0101_ack B_0101_ident B_0101_notadr B_0101_switch kwp71_bits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      t_idle_ctr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    K71SR
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ADRONLOGIN GRAOFLOGIN GRAONLOGIN HLOFFLOGIN HLONLOGIN KLOGIN
      LUEN1LOGIN LUEN2LOGIN LUEN3LOGIN SGIDB1 SGIDB2 SGIDB3
      SLOGIN VARDEF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_0101_ack B_0101_ident B_0101_switch B_acc B_accen B_fgrte
      B_hlon B_luef1 B_luef2 B_luef3 kwp71_bits nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KDIAG
    ""

    /begin DEF_CHARACTERISTIC
      SGIDB4 SGIDB5 SGIDB6 SGIDB7 SGIDK1_DAT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ADRONLOGIN GRAOFLOGIN GRAONLOGIN KLOGIN SGIDB1 SGIDB2
      SGIDB3 SLOGIN VARDEF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_accen B_fgrte B_pwf nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KMTR
    "3.240     Kühlmitteltemperaturregelung"

    /begin DEF_CHARACTERISTIC
      CWDEZWO CWKMTR CWLUEKO DKMTSMN DKMTSMX DMTSMN
      DMTSMX DQUEBERMN DQUEBERMX DQUEBMX DTKAMN DTKAMX
      ETRIMN ETRIMX FNLPRUEF FTKANMO KFANFPU KFKTRKN
      KFKTRV KFNL2TUM KFNLTKV KFNLTUM KFQTKWP KFQVAC
      KFQVKOM KFTKANRK KFTKASO KFTKATU KFTMOTKR KFTVETR
      KLAH1 KLAH2 KLAHEW KLAHTMSMX1 KLAHTMSMX2 KLAHTVLUE1
      KLAHTVLUE2 KLANFVFZ KLFQKV KLMLFT KLNLOEL KLNLSTP
      KLNLTUM KLQKLIMA KLTKAOFF KLTMSKR KLTVLU1EW KLTVLU2EW
      LUEKO1 LUEKO2 LUEKO3 NLOELEW NMOTZPAUS NMOTZPEIN
      NSTNMKMTR PKLIMA PKODR QKLILU1 QKLILU2 QMAXL1A
      QMAXL1E QMAXL1INI QMAXL2A QMAXL2E QMAXL2INI QTKWAIK
      QTKWAIMN QTKWAIMX QVHDS STS05DTKA STS05DTTS TETRST
      TKAEW TKAINI TKALS1A TKALS1E TKALS2A TKALS2E
      TKATVLS TKATVLSMX TKOROFF TKORON TLUEST TLUESTSV
      TMEWKMTR TMOTDQMX TMOTKRMN TMOTKRMX TMOTZPAUS TMOTZPEIN
      TMOTZPSTMX TMSO5INI TMSOINI TMSOLLEW TMSOTOEL TNLKMTRMN
      TNLSTMX TNLSTP TOECKMTR TUHEMN TUHEMX TUPOTMN
      TUPOTMX TVETREW TVETRMN TVETRMX TVKMTRMN TVKMTRMX
      TVLUESETR TVLUESIC1 TVLUESIC2 TVLUESICEW TVLUESSEW TVNL1OFF
      TVNL2OFF TVNLETR TVNLL1 TVNLL2 TVNLTETR TVSTETR
      TZWPST TZWPSV VFZGEW ZKETR ZKNLST ZKQMAXL1
      ZKQMAXL2 ZKTKASNRLN ZKTKASNRLP ZKTKASO ZKTMSN ZKTMSP
      ZVSKS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWKVHR
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ckien B_fakmtr B_hlon B_kdhre B_kl15 B_klimex
      B_luef1 B_luef2 B_luef3 B_luesscb B_nlsgls B_nmot
      B_nukla B_pwf B_sacc B_skoc B_st B_stend
      B_tolcb B_tumcb klahc nmot pkodrc pu
      rk_w rl rlshk S_ac S_hds S_ko
      takols tka tmki tmot tnse_w tolc
      tumc tumg tvluessc uhepoti upotpwm vfzg
      vsksml_w wkrma
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kmtre B_lues1 B_lues2 B_luespwm B_luessw B_motabw
      B_nlel B_nlphase2 B_tmkmtr B_tumkmtr B_zwp dtmtka
      esst_sts05dtka esst_sts05dtts klah klahtmsmx tvetrint tvetrr
      tvkmtr tvlues1 tvlues2 tvluesic tvluesicb tvlueskmtr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_klahmx B_nlsgls2 dkmts dqueber dtka dtkaint
      E_lues1 E_lues2 kfqtkwp krtmso luelogin pklimakmtr
      qklima qmaxl1 qmaxl2 tkakmtr tkakorr tkasnrk
      tkasnrlf tkasolgru tkasoll tkastmot tmotkmtr tmotnl2
      tmotsoll tmso1 tmso2 tmso3 tmso4 tmso5
      tmso6 tnlkmtr_w tnlst2kt_w tnlstktr_w toelkmtr tumkmtr
      tvnll1r tvnll2r vfzgkmtr vsksmlf_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KODOH
    "1.30      Koordination Doppeleinspritzung Heizen für BDE"

    /begin DEF_CHARACTERISTIC
      CWKODOH DTMAXDO DTMINDO DVMINDO ETARKKH FRFC
      FRKW GFRKKH KFETATEM KFRKKHDM RKKHAPPL RKKHMIN
      SMI04KHUW SNM04KHUW TAKZULDO TATSMAXDO TATSMINDO THKMAXDO
      THKMINDO TNSESKH TVKMAXDO TVKMINDO VMINDO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TABGMAX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_eev B_evloc B_khdo B_nswo1 B_sa B_skh
      B_tkhcanf elamnskh_w lamxskh_w mizsol_w nmot_w rfges_w
      rfmxskhs_w rfrihmms_w rfrint_w rireskhs_w ririskhs_w rk_w
      rlfg_w rlmdskhs_w rlmnskhs_w rrieskhs_w taikrmo_w tanfkh_w
      tanfkw_w tanfsu_w tanftk_w tansk_w tanvk_w tkihkm_w
      tkivkm_w tnse_w vfzg wsanfkh_w wsanfkw_w wsanfsu_w
      wsanftk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kodohapp B_kodohzul B_trealdo B_wsrealdo dmskh_w esst_smi04khuw
      esst_snm04khuw rkkh rkkhm_w rkkh_w rlkhskhs_w tovkrdo_w
      tovvkdo_w trealdo_w wsistdo_w wsrealdo_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dotakt B_khdoanf B_kodoherr B_nodo B_notando B_nowsando
      B_pranfdo B_rkkh cfist_w cfmax_w cfmin_w clist_w
      clmax_w clmin_w etatemp_w frfcs_w frkkhdm_w frkws_w
      rkkhot_w rlhfmmax_w rlhfmmin_w takumsdo takzylza tangefdo_w
      tangesdo_w tmaxnodo_w wsanfdo_w wsgesdo_w wsmatemp_w wsmaxdo_w
      wsmidoot_w wsmitemp_w wsnodo_w wstabmax_w wsumsdo_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KOEVAB
    "1.80      Koordination Ev-Abschaltung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fnabks B_hrevab B_motstop B_nmaxd B_synnot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_koevab
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KOMRH
    "4.40      Koordination Momentenreserve zum Katalysatorheizen, BDE"

    /begin DEF_CHARACTERISTIC
      CWKOMRH KLDETAZWKH REDDMRKH TABGMAX TANFAPPL TDNOMR
      TMAXTH TMKHTVK TNOZWKH TNSKHTVK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFATMKRH KFMIOP KFMIRL SRL11OPUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abmf B_bkvdkhab B_hkss B_hksv B_khmr B_ll
      B_nswo1 B_st B_stend detazw esst_snm16opuw etaaufte
      etazwmn lambts_w mifal_w nmot_w rk_w tanfkh_w
      tanfkt_w tanfkw_w tanfsu_w tansk_w tkivkm_w tmot
      tnse_w umsrln_w wsanfkh_w wsanfkt_w wsanfkw_w wsanfsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_komrhzul B_nozwkh B_trealmr B_wsrealmr dmrkh dmrkh_w
      tistmr_w trealmr_w wsistmr_w wsrealmr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_khmranf B_komrhapp B_komrherr B_notanmr B_nowsanmr B_pranfmr
      clistmr_w clmaxmr_w clmxmrbg_w clnomr_w dclmrws_w etazwmnkh
      faucsmr_w mikhlmx_w rlistmr_w rlmaxmr_w rlminmr_w taikrstx_w
      takrnomr_w tangefmr_w tangesmr_w wsgesmr_w wsnomr_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KONCW
    "1.260     Konfiguration durch Code Words"

    /begin DEF_CHARACTERISTIC
      CDAGR CDAGRE CDAGRL CDAGRS CDAGRV CDATNV
      CDATVH CDBKVP CDDSBKV CDDST CDDYLSU CDEDSS
      CDEHFM CDGGGTS CDHELSU CDHNOHK CDHNOHKE CDHRLSU
      CDHRLSUE CDHSF CDHSFE CDHSH CDHSHE CDHSV
      CDHSVSA CDICLSU CDKAT CDKATSP CDKVS CDLASF
      CDLASH CDLATP CDLATV CDLBK CDLDP CDLLR
      CDLSF CDLSH CDLSV CDLSVST CDMD CDNOHK
      CDNOHKP CDNWS CDPLLSU CDSALSU CDSKNO CDSLS
      CDSLSE CDSWE CDTANKL CDTES CDULSU CDVKT
      CWADRES CWAGR CWAGREO CWAGREO2 CWAGRVBP CWBDE1
      CWBDEMD CWDKATNO CWERFIL CWFRST CWGRABH CWKLIMA
      CWKMMILSCT CWKONABG CWKONFZ1 CWKONLS CWKTAGRA CWLSFA
      CWLSHA CWMDAPP CWOBD CWRR CWSCTMDE CWTF
      CWUHR CWZGST NSWO1 NSWO2
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_4wd B_abstnl B_adrkra B_adrldra B_adrlra B_adrmdver
      B_adrmsdk B_adrsta B_asm B_asrfz B_autget B_cdagr
      B_cdagre B_cdagrl B_cdagrs B_cdagrv B_cdanws B_cdatnv
      B_cdatvh B_cdbkvp B_cddsbkv B_cddst B_cddylsu B_cdedss
      B_cdehfm B_cdenws B_cdfrst B_cdgts B_cdhelsu B_cdhnohk
      B_cdhnohke B_cdhrlsu B_cdhrlsue B_cdhsf B_cdhsfe B_cdhsh
      B_cdhshe B_cdhsv B_cdhsvsa B_cdiclsu B_cdkat B_cdkatno
      B_cdkatsp B_cdkatspf B_cdkatspt B_cdkvs B_cdlasf B_cdlash
      B_cdlatp B_cdlatv B_cdlbk B_cdlbko B_cdlbkp B_cdldp
      B_cdllr B_cdlsf B_cdlsh B_cdlsv B_cdlsvst B_cdmd
      B_cdnohk B_cdnohkp B_cdnws B_cdpllsu B_cdsalsu B_cdskno
      B_cdsls B_cdslse B_cdswe B_cdtankl B_cdtes B_cdulsu
      B_cdvkt B_cvt B_cwagrap B_cwagrhap B_cwlsfdyn B_cwlsfsch
      B_cwlsfvl B_cwlshdyn B_cwlshsch B_cwlshvl B_cwslow B_cwsnodyn
      B_cwsnosch B_cwsnslow B_cwzgst B_dslvh B_dssv B_dsuv
      B_dsvap B_esbhap B_esbkhap B_esbsap B_esesap B_fglahmm
      B_fgzwhmmc B_fpwdkap B_gra6p B_gracan B_hfmv B_hmmlb
      B_hspmd B_katfz B_kath B_klima B_kmmilsct B_lamhap
      B_ldsafw B_ldsapp B_lsf B_lsf2 B_lsh B_lsh2
      B_lsv B_lsv2 B_mde8e B_mde9e B_mt B_nswo1
      B_nswo2 B_plsolap B_prsolap B_psmxrkap B_rkapp B_rlsschap
      B_rriesap B_rrisolap B_slsfz B_tfu B_uhrrmin B_uhrrsec
      B_wdkhomap B_wdksap B_wdkschap B_zwappl B_zwschap cw_erfil
      cw_obd grdwof grundwert zzbank
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KOS
    "113.210   Klimakompressor - Steuerung"

    /begin DEF_CHARACTERISTIC
      CDWGANG CDWGANGB CDWKOB CWKOC CWKOCAN CWKOR
      DNKOACC DWPEDKOB FHOKOB KFTNSTKO MDKOAB MDKOAN
      MDKOEN NKOACC PKODRCMX SNM08KOUB TANSKOB TKOAMAD
      TKOAMNN TKOAMXN TKOBEMNN TKODPAMNN TKODPAMXN TKOEMNN
      TKOMBKOA TKOMBKOE TKOTMSK TKOVKO TKOWPAMNN TKOWPAMXN
      TMKOAO TMKOAU TMSTMAD TVKOEOF TVKOEP TVKOEV
      TVKOGANDEL TVKOSSIM VKO VKOAO VKOB VNVKO
      VNVKOB WPEDKO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_bkvkomab B_dknolu B_dkpu B_gekoa B_grdst
      B_gsch B_gwhs B_kooffc B_kuppl B_ll B_madko
      B_madll B_madsko B_madsll B_sa B_sacc B_skoc
      B_st B_stend dwped fho fho_w gangi
      mdko_w mifal_w nmot pkodrc S_ac S_ko
      tans tmki tmot tmst vfzg wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_acres B_ko B_koe B_kosrc B_kov B_nac
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_koa B_kobaus B_kobmnon B_kobped B_kobpedt B_kobwped
      B_kobwpedt B_koena B_koenat B_kogandel B_koganped B_koint
      B_komnoff B_komnon B_komxoff B_kondel B_kooff B_koofft
      B_koondel B_kotmsk B_kotmsko B_kovdown B_kow esst_snm08koub
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KRACT
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      AGR_AOG AGR_AUG CNSDEF CNS_AOG CNS_AUG CWTAF
      CWTAK CWTAS DZW_AOG DZW_AUG FBA_AOG FBA_AUG
      FLR_AOG FLR_AUG FNS_AOG FNS_AUG FRK_AOG FRK_AUG
      FST_AOG FST_AUG FVA_AOG FVA_AUG FWL_AOG FWL_AUG
      MDR_AOG MDR_AUG MWNTKB5 NLS_AOG NLS_AUG RLX_AOG
      RLX_AUG VVR_AOG VVR_AUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fa B_grdst B_stend nmot_w vstagr vstcns
      vstdzw vstfba vstfns vstfrk vstfst vstfva
      vstfwl vstlr vstmdr vstnls vstrlx vstvvr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KRDY
    "26.40     Klopfregelung Dynamik"

    /begin DEF_CHARACTERISTIC
      DYADMX DYADS DYAFVS DYAMNV DYAVF DZWTIN
      FKELDYA PZWKRA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmm B_kl B_krldya B_krldyf B_krldyv B_ladap
      B_pwf B_tipin B_zwkraa esst_snm16krub kek nmot
      stkrnx virkr zzylkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      wkrdy
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_kldynrm B_kldystk B_tipin_old wkrdya wkrdyaa wkrdyti
      zaldy zzwdykr zzwdymd
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KRKE
    "23.10     Klopferkennung"

    /begin DEF_CHARACTERISTIC
      CWKRREF CWREFI FKEFMC FKELDY FKENDY FKETMOT
      FKRFTPFMC KE1N KE2N KE3N KE4N KRFTP1A
      KRFTP2 KRFTP3 KRKFKS KRVST REFINI RKRMX1N
      RKRMX2N ZYRKR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kr B_krldy B_krndy B_krnl B_st esst_snm16krub
      fmfkrc ikr ikrma ikrme nmot tmot
      tpnt_aktiv vske zzylkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kl fketmotakt kek kek_tst krftp1_akt krftpakt
      rkr rkr_tst virkr vkr vkr_tst
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ke rkrmx rkrmx1w rkrmx2w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KRLZ
    "1.30      Klopfregelung Leitzylinderfunktion"

    /begin DEF_CHARACTERISTIC
      KRNLZAR LZFUER MINAKRLZ WKRLZOF WKRLZOFEKS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWKRNLR SENZZYL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_eks B_kr B_krnl evz_aus E_ks1h nmot
      wkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_krdwslz B_krlz maskgz wkrlzofv zzylkra
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      akrgz akrlz B_eksh B_ekszk B_elzmn B_krlzn
      B_krlz_old B_krnllz B_krnlzdws B_krnl_old B_lzfuer B_lzup
      E_ks1h_old krlzn maskeks masklz wkrlz
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KRRA
    "29.10     Klopfregelung mit Adaption der zylinderindividuellen Spätverstellung"

    /begin DEF_CHARACTERISTIC
      DWKRMSN KFKRFKN KFKRVFN KFKRVFSN KRDWA KRDWKLA
      KRDWSA KRDWSN KRMXN VZWKR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl B_kr B_kra B_krdws B_krgz B_krldy
      B_krldya B_krndy B_pwf B_wkral B_zwkrum esst_snm16krub
      maskgz nmot stkrax_w tpnt_aktiv virkr wkrlzofv
      zwkrafld zzylkr zzylkra
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_krwa B_zwkraa dwkr dwkrz vszwkr vszwm
      wkr wkra wkratst wkrm wkrma wkr_tst
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_krvf dwkrmsw krdwsw krfkw krfkwz krmxw
      krvfswz krvfwz mnwkr mxwkr zkrvf
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KTALSU
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TPHRLSU
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot B_st B_stend tahrlsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hsve
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hmx B_stoe
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KTDLSU
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_changeCJ125Init2 B_changeCJ12xInit B_hrlsaus B_lsuicif B_lsuickf B_nmot
      B_resetCJ12xDone B_stend
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hsvemn B_hsvemx B_hsvesi B_lsuiamn B_lsuiamx B_lsuube
      B_lsuunmn B_lsuunmx B_lsuvmmn B_lsuvmmx
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      diag_reg_b
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KTSICLSU
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_diagia B_enscun B_fklanf B_iclsabg B_pusab B_rinabg
      B_rineza B_spf3k iprefanf rinlsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_changeCJ125Init2 B_changeCJ12xInit B_lsuicif B_lsuickf B_resetCJ12xDone
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      caseVar data_init2 data_s sendData_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KVA
    "52.20     Ausgangssignal: Kraftstoff-Verbrauchs-Anzeige"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      vsksml_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kvakbi kvakbi_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KWP2000F
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KWPDATR
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ADRONLOGIN GRAOFLOGIN GRAONLOGIN HLOFFLOGIN HLONLOGIN KLOGIN
      LUEN1LOGIN LUEN2LOGIN LUEN3LOGIN SLOGIN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_accen B_fgrte B_hlon B_luef1 B_luef2
      B_luef3 nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KWPDIAG
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    KWPSTDA
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fcmEnd FCMTab ffzdfp
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LAKH
    "10.20     Lambda-Koordination bei Katheizen"

    /begin DEF_CHARACTERISTIC
      KFLANSKH KFLMSKH KLLAKHFH LAMXHOMKH LMSTMOT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib_w B_hkss B_hksv B_kh fho_w flakh
      nmot_w rl_w tmot tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamkhe lakhAusBits lamkh2_w lamkh_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dslafa lamkhg_w lamkhr_w lanskh_w lmskh_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LAMBTS
    "19.40     Lambda Bauteileschutz"

    /begin DEF_CHARACTERISTIC
      CWLAMBTS DLBTS DLBTSGANG DTBTS FLBKLBTS KFFDLBTS
      KFLBTS KFLBTSLBKO LBTSSGG LBTSSGMN LBTSSGMX TANHKSAO
      TANVKBTS TANVKBTSE TAVHKBTS TAVHKSAO TAVVKBTS TAVVKBTSH
      TAVVKBTSW TAVVKSAO TKIHKBTS TKIHKSAO TKIVKBTS TKIVKSAO
      TVLBTS TVLBTSVVK VFZGSA ZLBTS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ETADZW SNM10GK2UB SRL08GK2UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atr B_atrnl B_atrzw B_dash B_gsaf B_sabte
      dlamatr_w dmrkh_w esst_snm10gk2ub esst_srl08gk2ub etazwist flb_w
      gangi nmot rl tanhkm_w tanvkm_w tanvk_w
      tavhkm_w tavvkm_w tkihkm_w tkivkm_w vfzg_w zwgru
      zwopt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodbs B_fbsatm B_lambts B_sabbts B_tatmsa B_vfzgsa
      dzwg lambssa_w lambts_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_tatmbts detazwbs dlambts_w etazwg etazwim fbsatm_w
      lambs_w LAMBTSlokbits lbts_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LAMKO
    "21.30     Lambdakoordination"

    /begin DEF_CHARACTERISTIC
      LAMHAP LASOAB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bevab B_denox B_hklom B_hmm B_hom B_hos
      B_kh B_lambts B_lamdiag B_lamfa B_lamhap B_lamka
      B_lamnswl B_lamsdne B_lamsu B_sch ladmnhmm_w ladmnhom_w
      ladmnhos_w ladmnsch_w ladmnskh_w ladmxhmm_w ladmxhom_w ladmxhos_w
      ladmxsch_w ladmxskh_w lambts_w lamdeno_w lamdiag_w lamds_w
      lamfa_w lamka_w lamkh_w lamloms_w lamnswl_w lamsdne_w
      lamsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lalgf B_lamsdef lambas lambas_w lamsbg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ldef lamhsbg_w lammn_w lammx_w lamsubg_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LAMKOD
    "1.20      Lambdakoordination für Diagnoseeingriffe"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_falsh B_lamdkt B_lamlash lamdkt_w lamelsh_w lamlash_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamdiag lamdiag_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LAMSDNE
    "1.10      Lambda-Sollvorgabe nach DeNOx-Ende"

    /begin DEF_CHARACTERISTIC
      LAMSDNE TNDNEMX TNDNESMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_denox B_hmm B_hmms B_sch B_schs
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamsdne lamsdne_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tndne_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LANSWL
    "1.40      Lambda Nachstart / Warmlauf"

    /begin DEF_CHARACTERISTIC
      ATISLATM ATIWKSTM CWWL DLAMNSWL KFLANS KFLASWLR
      LASWLTM TMLAWLOFF ZKLANSWL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      STM12ESUB STS12ESUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib_w B_lrnda B_stendes B_wks esst_stm12esub esst_sts12esub
      tmot tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamnswl lamnswl_w lamns_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anztib0_w anztib1_w B_lawloff B_lawlon lamwl_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LBKFGS
    "2.70      Freigabe des Schichtbetriebs durch die LBK"

    /begin DEF_CHARACTERISTIC
      DLBKFGS FLBE FLBLBK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lbkg B_mwlbks lbkist_w lbksol_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lbs B_mwlbk dlbksi_w flb flb_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LBKSOL
    "9.10      Sollwertvorgabe für die Ladungsbewegungsklappe"

    /begin DEF_CHARACTERISTIC
      CWLBK DFMILBNM FLBSAP FLBSWSTART FMILBNM FMILBNMKM
      FMILBNMKR KFLBKAPP LBKSOLNAL TDDLBKLB TDSTFLBS TMOTLBKSOL
      WLBKSOLFLB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DZFLBK NMOTZFLBK TMAXZFLBK
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_denox B_hkslbks B_hmmlb B_hmmlbks B_hoslbks B_khlbk
      B_krlbk B_lbkgrlef B_lbkoflef B_lbkpsio B_schlbks B_skhlbks
      mrko_w nmot rk_w tmot tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lbksmtk B_zwflbk flbhmms_w flbhoms_w flbhoss_w flbschs_w
      flbskhs_w flbs_w lbksol lbksol_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hkslb B_hoslb B_lbkdenox B_lbksap B_lbksapkf dfmilb
      fmilb
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LBUESYN
    "1.20      Berechnung von Laufbereitschaftsüberbrückungssignalen für alle BDE-Betriebsarten"

    /begin DEF_CHARACTERISTIC
      DNNLBUE TTLBUEDL TTLBUENO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemods_w bdemod_w B_ll nmot nsol
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      lbuesynhmm lbuesynhom lbuesynhos lbuesynsch lbuesynskh
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LGRBY
    "1.10      Laufgrenzenregelung mit ETK-Bypass"

    /begin DEF_CHARACTERISTIC
      EBENLGR EBOYLGR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ebDavY
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dlalgr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dlalgrb_w dlalgri_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LLRBB
    "505.40    Leerlaufregelung Betriebsbedingungen"

    /begin DEF_CHARACTERISTIC
      CNFKUPPL DNLLR NLLREIN TVDK TVKUPPL TVLLR
      TVLLRI TVLLRPD TVLLRSTE VLLR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dash B_fil B_fs B_kuppl B_ll B_mdein
      B_nllstab B_nmot B_sa B_sab B_stend dmllri_w
      dn_w gangi mill_w nmot nmotll nmot_w
      nsol nstat tmot vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enllri B_ensol B_llr B_llrein B_llri B_llrpd
      B_nstu B_vllr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LLRMR
    "12.130    Momentenreserve Leerlaufregelung"

    /begin DEF_CHARACTERISTIC
      CWKUPPL DMRESLL DMRESTM DNLLRESW KFMRES KFMRESK
      KFMRESKH KFMRESNL KFMRESTA KLMRESTM KLMRHO MRESKH
      MRESLL MRESSL TDMRESLL TVRESLL TVRESTM VANF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI04LLUB SNM06LLUB SNS06LLSB STA04LLUB STM04SAUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvleer B_kh B_kuppl B_ll B_sl B_st
      B_stend dmrac dmrlf dmrwan dns dn_w
      esst_smi04llub esst_snm06llub esst_sns06llsb esst_sta04llub esst_stm04saub fho
      mifa_w nmot_w tans tmot vfzg vstmdr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_zwafh dmrllr_w dmrnwa_w dmrnwe_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_kuplaus dmresll_w dmvllrsu_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LLRNFA
    "1.210     Solldrehzahlanhebung bei Kurztrip"

    /begin DEF_CHARACTERISTIC
      CWFAN NSLFAA NSLFAAGR NSLFAAGR2 NSLFADY NSLFAEZLA
      NSLFAKAT NSLFAKRS NSLFALDP NSLFALSF NSLFALSV NSLFANWKW
      NSLFASF NSLFASH NSLFASHV NSLFASKNO NSLFASLS NSLFATES
      NSLFATPE NSLFAWSA NSLFAWSE NSLKVS NSLLSH TNSLFA
      WFAN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_brems B_faa B_faagr B_faan B_faatm
      B_fadylsu B_faezla B_fakat B_fakrs B_fakvs B_faldp
      B_falsf B_falsh B_falshv B_falsv B_fanwkw B_fanwsa
      B_fanwse B_fasf B_fash B_faskno B_fasls B_fates
      B_fs B_ll B_ofagreg nlldagkt vfzg wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fanfg nslfa
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LLRNS
    "534.210   Leerlaufregelung-Solldrehzahl"

    /begin DEF_CHARACTERISTIC
      CNFLLRNS CWNSTAT DNSNFST DNSNFX DTAHLL DTMHLL
      FNSNF FNSSTKM FNSSTM KFHLAMN KFNLLNST KFZNSM
      KLDFOFF KLDFON KLNLLV KNSNF LBZO1 LBZO2
      LBZU NFS2M NFSKLDF NFSKO NFSKS NFSLPWG
      NFSMIN NFSNLDG NFSSL NGNSNF NKLDF NLL2M
      NLLMG NLLMIN NSACFSTM NSACTM NSHLL NSKO
      NSKS NSL NSLBZFS NSLBZLL NSLBZS NSLPWG
      NSNLDG NSNOT NSOLMX NSTOEL NZHDTL NZHITL
      SGA08LLUB SNS06LLSB TAHLL TMHLL TMLLX TMRZHLL
      TOLCHLLMN TOLCHLLMX VSL ZHLLA ZHLLE ZKNS
      ZNSUB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NLS_AOG NLS_AUG STM06LLUB STN06LLUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_dkpu B_faan B_fs B_heizanf B_khn
      B_ko B_ll B_llrein B_llrst B_nac B_nldg
      B_nswo1 B_pwf B_sacc B_skoc B_sl B_spsmin
      B_st B_stend B_todis B_tolcb B_vllr esst_stm06llub
      esst_stn06llub gangi kldfpwm lbz nfskh ngfil
      nllkh nmot nmotll nslfa nspwgnot rl
      S_ac S_ko tans tmot tmst tnst_w
      tolc tumg vfzg vstcns vstnls
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dns esst_sga08llub esst_sns06llsb nfsllsac nllsac nsol
      nsol_w nsst nstat nstat2 nstat3 nstate
      nstatfil vstnlsl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_anfll B_hll B_kldf B_ns2 B_ns2a B_nsks
      B_nssl gangllr nsfsm nsfsmn nshlamn nslbz
      nsllm nsllmn nsnf tnst toellrns zhll_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LLRRM
    "14.50     Leerlaufregelung Reglereingriff Drehmoment"

    /begin DEF_CHARACTERISTIC
      CWLLRPA CWLLRUM DMLLNGEZ DMLLNGEZV DMLLRLMNN DMLLRLMXN
      DMLLRMNN DMLLRMXN DNLLRIST DNLLST DNMNI DVNG
      DVNGSV DVNGV FDDN FDNIKOR GFDLDN IVDNDTEH
      IVDNHOM IVDNHOMV IVDNSCH IVDNSCHV IVDNTEM LIMN
      LIMNDLLR LIMNDTES LIMNV LIMXDNS LIMXVDNS LISTM
      LLRICNF PVDNHOM PVDNHOMV PVDNKH PVDNSCH PVDNSCHV
      PVDNST PVLDNEZ PVLDNEZV SDN10LLSW SEZ04LLUB SNS206LLSB
      SRKTEVS TLLRUM TVLISTU TVLLRPST TVPKH ZFLLRPL
      ZKLLRD ZLIBG ZNFNGLL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNG06LLSB SNM06LLUB SNS06LLSB STM06LLUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dllr B_dteaam B_dtes B_dtest B_hom B_homv
      B_kha B_llr B_llrein B_llri B_llrpd B_mdmin
      B_nswo1 B_sch B_schv B_skh B_st B_stend
      B_syncum B_temin B_trkh B_vllr dns esst_sng06llsb
      esst_snm06llub esst_sns06llsb esst_stm06llub etazws ngas_w ngfil
      nmotbi_w nmot_w nsol_w nstat tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_llrst dmllrdl_w dmllrd_w dmllri_w dmllrl_w dmllrpl_w
      dmllrp_w dmllr_w dn_w esst_sdn10llsw esst_sez04llub esst_sns206llsb
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_llrpkh B_llrpst dmllr1_w dmllrib_w dmllrii_w dmllriz_w
      dmllrum_w dmpumkor_w dmumfil_w dnbi_w dnikorr_w dniumkor_w
      iver limax_w limin_w limnst ngasf_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRA
    "134.80    Adaptive Vorsteuerung für Lambdaregelung"

    /begin DEF_CHARACTERISTIC
      CWGALSV CWLRA DFRMPHUI FBZFRAT FRAMN FRAMX
      FRARN FRARX FRATMN FRATMX FVLRAS KFRA
      KFRAT KORA N0 NRKAB ORAMN ORAMX
      ORARN ORARX RKLLMX TDFRMXF TGAALTWR TMFRATUB
      ZRLFRAT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TMFRATMN TMRAA
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abo B_abor B_avfra B_avfrat B_avora B_dssakt
      B_edkvs B_ehfm B_fa B_fafrst B_falra B_fvgte
      B_gaeing B_kh B_lr B_lrafra B_lrafrat B_lraora
      B_lrareb B_nofra B_nofrat B_noora B_pwf B_stend
      B_zora frm_w nmot rl_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_framn B_framx B_fvlra B_lrare B_oramn B_oramx
      dfrat_w dfrm_w fra frai_w fra_w ora
      ora_w rka_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_frfvlra dfrmbmx_w dfrmxf_w dfrmxq_w dlrfrat_w frailt_w
      fratia_w frati_w frat_w ftklra_w orahlt_w orah_w
      oraini_w oraplt_w orap_w oras_w zkfrat_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRAEB
    "18.40     Einschaltbedingungen Gemischadaption"

    /begin DEF_CHARACTERISTIC
      LAMFRATX LAMGAMN MLO1 MLO1M MLO2 MLO2M
      MLO3 MLO3M MLOFRAT MLU1 MLU1M MLU2
      MLU2FA MLU2M MLU3 MLU3M NO1 NO2
      NO3 NOLRA NU1 NU2 NU2FA NU3
      RLO1 RLO1M RLO2 RLO2M RLO3 RLO3M
      RLU1 RLU1M RLU2 RLU2FA RLU2M RLU3
      RLU3M TARA TFRATHR TGAHR TMFRATMN TMRAA
      TNSEFRAT TVLRA TVNLGA TVPYGAR TVUBLRA WDKARN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_afkpvdke B_amsndkoe B_dssakt B_edkvs B_eobdlr B_fa
      B_falra B_frastab B_gap B_hom B_kh B_lr
      B_mdarv B_mlrsa B_orastab B_sbbvk B_ukg B_vl
      B_vlsunp lamsbg_w lamsons_w nmot rlsolhom_w tans
      tmot tnse_w umsrln_w wdkba
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_avfra B_avfrat B_avora B_lrafra B_lrafrat B_lraora
      B_lrareb B_nofra B_nofrat B_noora B_ubfra B_ubora
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bafra B_bafrat B_baora B_gasp B_lrab B_lratb
      B_ubfrat mlgahoms_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRAPHU
    "1.40      Bestimmung der physikalischen Dringlichkeit der Gemischadaption"

    /begin DEF_CHARACTERISTIC
      CWGAPH FTEADGAO FTEADGAU FTEADGSO FTEADGSU PHUFRAA
      PHUFRAC PHUFRAM PHUFRAP PHUFRAS PHUORAA PHUORAC
      PHUORAM PHUORAP PHUORAS TGAFVINI TGAGAE TGAINI
      TGANGAE TGAPA TGAPANS TMSNOGA TNSNOGA TTEFVINI
      TTEGAE TTEMIN TTENGAE TTEOFINI TVUBFRA TVUBORA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_edkvs B_fvlra B_gaeing B_hom B_nmot B_tfuora
      B_ubfra B_ubora B_zfra B_zora fteadf tmst
      tnse_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_gap
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_gapa B_gapc B_gaps phc_w phufra phuora
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRS
    "14.80     Stetige Lambdaregelung"

    /begin DEF_CHARACTERISTIC
      CLRS FDFRMIN FLRSG2K FRMAX FRMIN KDLRRIE
      KFDLASO KFLRSG1 KFLRSG2 KFLRSG4 KFLRSP1 KFLRSP2
      KFLRSP3 KFLRSP4 KFLRST KFLRSZ KVZAF LALIUSMN
      LRSGKTM LRSPZA LRSZAML WIMAX WIMIN XIMAX
      XIMIN Y2MAX Y2MIN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM06LSUB SNM07LSUW SRL06LSUB SRL08LSUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_frini B_lrka B_lrms B_lrs B_lrshold B_nswo1
      dlahi_w dlahp_w esst_snm06lsub esst_snm07lsuw esst_srl06lsub esst_srl08lsuw
      frini_w lamsoni_w lamsons_w ml nmot nmot_w
      rl rl_w rriext_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_frmax B_frmin B_lrssp B_za dfrzaf_w dfrza_w
      dlaso_w dlrrie frmn_w frmx_w frm_w fr_w
      ladiff_w lamzak_w tlrs_w zlrs zlrs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lrin B_update B_y2max B_y2min dfrmin_w dfrzab_w
      dfr_w froza_w lrsg1_w lrsg2_w lrsg4_w lrsp1_w
      lrsp2_w lrsp3_w lrsp4_w lrsw1_w lrsw2_w lrsxk1_w
      lrsxk3_w lrsxk4_w lrsy2_w lrsy4_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRSBSEL
    "2.10      Koordination der durch die Y-Konfig. betroffenen Ein-/Ausgänge der LRS-Fktn."

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_sbbhk dlahki_w dlahkp_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_abgy B_sbbnhhk dlahi_w dlahp_w usnhhk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRSEB
    "9.200     Einschaltbedingungen stetige Lambdaregelung"

    /begin DEF_CHARACTERISTIC
      CLRZWTMS CWLRSMOD DLAMXSA DTMR DTMTMRW IMLEVABS
      IMLSALR NLRSHB RLLRSHB RLLRUN TARAU TASHS
      TLRBAM TLRHS TLRSZWSA TLRTMS TLRVAM TLRZWTMS
      TMRA1 TMRA2 TMRAK TMSHS TRAU TVSDENO
      TVSLRS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      LALIUSMN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bag B_bevab B_craus B_denox B_eev B_elshbb
      B_hks B_hmmlgs B_hom B_hos B_hsp B_ll
      B_mdkat B_sa B_sbblsu B_sch B_skh B_st
      B_stend B_temin B_vag lamsoni_w lamsons_w ml_w
      nmot rl tans tmot tmotlin tmrw
      tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_eobdlr B_lr B_lr2s B_lrms B_lrnda B_lrs
      B_lrsb B_lrshold B_lrssa B_lrvk B_mlevab B_mlrsa
      B_nolrb B_nolre B_nolrw flglrs
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lelsubb B_lrrl B_lrsein B_pspwl B_tarau B_tmlr
      imlevab_w imlrsa_w tansst
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRSHK
    "10.90     Lambdaregelung (stetig) hinter Katalysator"

    /begin DEF_CHARACTERISTIC
      CLRHKZP CLRSHK DLAHINI DRLLRHKO DRLLRHKU IMLRLHKX
      KDLASHKI KDLASHKP KFUSHK KFZPHKIF KFZPHKIM KFZPHKPF
      KFZPHKPM KILRHML KPLRHML LALIUSHK LAMBRSMN LAMBRSMX
      LASHKAB LRHIMN LRHIMX LRSHDSMN LRSHDSMX LRSHZPMN
      LRSHZPMX MLNKAPX MLNKAX NLRHO NLRHU PLRHAV
      RLLRHON RLLRHUN TBLRH TDRLLRHKX TKIHKMLRH TLAMSBRS
      TLRHDSUF TLRHDSUM TLRHFRXMOF TLRHFRXMON USHKDSF USHKDSM
      ZLASHKAB ZLASOHML ZZPIHK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SM108LHSW SML08LHUB SNM04LRHW SNM08LHUB SRL04LRHW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      avkatf B_cllsv B_desu B_edkvs B_falsh B_frmax
      B_frmin B_lr B_lrka B_lrssp B_mdarv B_pwf
      B_sbbhk B_st drlas_w esst_sm108lhsw esst_sml08lhub esst_snm04lrhw
      esst_snm08lhub esst_srl04lrhw lamsbrs_w lamsons_w lamsusf_w lamsusm_w
      ml ml_w nmot nmot_w rl rl_w
      tkihkm_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_desuac B_lrhk B_lrhk2 dlahico_w dlahki2_w dlahki_w
      dlahkp2_w dlahkp_w dlahpco_w lasolhk_w lasonhk_w usrhk
      usrhk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_desurq B_dlahini B_dlahini2 B_iehshk B_iekat B_ielsh
      B_iesls B_lrhkb B_lrhkb2 B_lrhkg B_lrhkgi B_lrhkp
      B_lrhzpin dlahf_w dlahini_w dlahkab_w dlahzip_w dlah_w
      dlamsus_w dlashki_w dlashkm_w dlashkp_w fplrhav imlrlhk_w
      lahkf_w lahkmz lahkm_w lrhzpin_w lrshzpmn_w lrshzpmx_w
      mlnka_w percnt_w plrhzpf_w plrhzpm_w usxhk_w zlrhzpif_w
      zlrhzpim_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRSINI
    "1.10      Stetige Lambdaregelung, Koordination der Initialisierung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dtefrr frdter_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_frini B_frini2 frini2_w frini_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    LRSKA
    "6.90      Stetige Lambdaregelung Zusatzfunktion Katalysator-Ausräumen"

    /begin DEF_CHARACTERISTIC
      CLRSKA FKAXAVKAT FLMLKAMA ILMLKAXTK IMLKAMN LAMKADEF
      LAMKAMLW LAMSKAMX NLRKA TDLAKAD TDLAKAU TLAKAMN
      TSAKAMN USHKAMNW USHKAMXW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      avkatf B_bevab B_lamdkt B_sbbhk B_sbbvk lamsbrs_w
      lamsoni_w ml_w nmot tkihkm_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamka B_lrka ilmlka_w ilmltkx_w imllaka_w lamka_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_blrka B_lrkaa B_lrkae dlamka_w favkatmx iftkavx_w
      imlka_w lrkaz tsaka xtkikm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MBR
    "1.80      Magerbetriebsregelung"

    /begin DEF_CHARACTERISTIC
      CWMBR DMCRMX DTSKFHMM DVFZGCR KLMINOHI MIGCRMN
      MNOZUL NOFLLMN NOSGLLMN TANVKHPMX TANVKHPMXE TANVKLLMN
      TAVVKHPMX TCRUISVZ THKHMMMN THKKRIT THKLLMN TLEANMN
      TLEANSMX TMOTLLMN TMOTLLMX TSKHMMMN TSKHPMX TSKHPMXE
      TSKLLMN TSKMED TSKMSP TSKMXKRIT TSKOPTMN TVARHP
      TVCRUH TVCRUR TVCRUS TVHOMCR TVHPMX TVLLHMMS
      TVSA2HMF TVSAHMMF TVSCRU TVTHKFHMM TVTHKSHMM TWFHMM
      TWSHMM VCRHOM VCRUISE VFZGARZT VFZGCRHY VFZGCRMN
      ZKTCRUISE ZKTMCRUISE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemodsk B_amsndkoe B_bbnsk B_bl B_brems B_hmm
      B_hom B_kt1 B_ll B_llskr B_sa B_sch
      gangi miglsol_w msnovkf_w nmot_w nofmx_w nosgfil_w
      tanhkm_w tanvk_w tavvkm_w tkihkm_w tmot tskmn_w
      tskmx_w vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_arlow B_armsp B_arnhk B_shmmgwn B_shmmmbr B_slean
      B_sschll B_ubbsk miglalt_w vfzgalt_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_accel B_accelu B_arcold B_arhi B_arhp B_arhpn
      B_arhthom B_arkrit B_armed B_aropt B_arthkshm B_cruhom
      B_cruise B_crulean B_crushmmn B_crushmr B_crushms B_decel
      B_decelu B_fmno B_fmnoroh B_fmnov B_gwgh B_hmmnohi
      B_hmmnolo B_httoggle B_migcuk B_miglsc B_miglvz B_shmmcru
      B_shmmgw B_shmmthk B_shmmthkr B_shmmthks B_shmnolor B_skfhmm
      B_skfhmmmn B_sschllagr B_sschllhc B_sschltmp B_tglhme B_tgllnst
      B_tgltlnta B_tleanlow B_vfzgc fmnoroh_w fmnox_w gangep
      miglsolf_w mimxnol_w mnostr_w tleans_w vfzgf_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MCMESS_PROT
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDAUTG
    "7.50      Berechnung des Istmomentes für die Getriebesteuerung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWZWVMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abws B_evakt B_fgzwhmm B_hmmv B_mdee B_mdkg
      B_mibeg B_nmax B_sa B_smeus B_zwnget B_zwschhmm
      B_zwschhom B_zwvz B_zwvzvb dmaufr_w dmllr_w miasrs_w
      mibas_w mibgr_w mibmn_w mibmx_w mifa_w mimsr_w
      minmx_w miszul_w mivbeb_w mivmx_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      miautget_w miautgs_w miistoar_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zwvzsy
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDBAS
    "22.60     Berechnung der Basisgrößen für Momentenschnittstelle"

    /begin DEF_CHARACTERISTIC
      CWMBAS DZWOM DZWOMHSP ETADZW ETALAM ETAZHMMN
      KFDZWAGL KFDZWAGN KFDZWAGR KFMIOP KFMIOPS KFZWOP
      KFZWOP2 KFZWOPHK KFZWOPL KFZWOPL2 KLFAKSP SRL07OPUW
      SRL11OPUW SRR06OPUW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DZWOLA DZWOLAL FRKSHKS SNM16OPUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fgzwhmm B_hks B_hksv B_hmm B_hom B_hos
      B_hspmd B_mdvur B_sch B_schv B_skh B_zwsch
      dzwwl eladnhmm_w eladnhos_w eladnsch_w eladnskh_w eladxhmm_w
      eladxhos_w eladxsch_w eladxskh_w esst_snm16opuw etazwmn flb_w
      fmvurh_w fmvurs_w lambas_w nmot nmot_w rl_w
      rriext_w tmot zwbas zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dzwoag dzwol dzwopt dzwotm esst_srl07opuw esst_srl11opuw
      esst_srr06opuw etaaufte etalab etalab1 etazwb etazwbm
      mibas_w miblmn_w miblmx_w mibmnoz_w mibmn_w mibmx_w
      mioptl1h_w mioptl1s_w mioptl1_w miopt_w mizwmn_w zwopt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzwb zwoptl1 zwoptl1hks zwoptl1hom
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDBGRG
    "4.120     Momentenbegrenzung nach oben"

    /begin DEF_CHARACTERISTIC
      CWMDBGRG KFMDBGRG MDGAT TAGAT TMMIBGR TNGAT
      TVBRMX TVGAT VMIBGR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atrsp B_autget B_krdws gangi mdverl_w mifamx_w
      mitibgr_w mkbgr_w mkfamx_w nmot tmot vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mibgrl_w mibgr_w miekpbgr_w mitmbgr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      miatbgr_w mibgrg_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDFAW
    "12.330    Fahrerwunschmoment"

    /begin DEF_CHARACTERISTIC
      CWDMFAB CWMDFAW DMDPOSCH DMDPOZ DMDPUG DMIFLSD
      DMIOWLSD DMISMEUS DMLSDUG DMRFAWEN DRLMINDP FGMIFABG
      FGMIFAL FGZLSD FKFPEDV FKZDPTM FLRMIFABG FLRMIFAL
      FLRZDASH FLRZLSD FZDA1SCH FZDA2SCH KFDLSD KFDMDPO
      KFDMLSDO KFDMLSDS KFLSDWA KFMIFABG KFMIFALS KFMILSD
      KFPED KFPEDL KFPEDR KFWMIFABG KFWMIFAL KFWZLSD
      KFZDASH KFZDASH2 KFZLSD MIFAAPP MIFABGMX MIFALAPP
      MKFADPN MKFADPN1 MKMIFABG MRFALLO MRFALLU MRFAVLN
      NGFSAWE SNM12MDUW SWP16MDUW TDMFBSA TDMFBWE TDMFWEMI
      TDMLSDS TVFSAWE TVGSCH VDASH VLSD
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX SGA08MDUB SNM06MDUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asr B_bdeminst B_faan B_gsch B_gwhs B_ko
      B_kuppl B_kupplv B_llvfgr B_nmax B_nmot B_sa
      B_sab B_sabfg B_stend B_tmismeus B_vmax B_vnull
      B_wkauf B_zwsch dmllri_w dmverl_w esst_sga08mdub esst_snm06mduw
      gangi mdslwhom_w mdslw_w mdsm_w mdverl_w mdvervf_w
      miasrs_w mibas_w mibmn_w mifamx_w miistoar_w mimax_w
      miminhom_w mimin_w mizwmn_w mrfgr_w ngfil_w nmot
      nmot_w nturb_w rlmin_w rl_w tmot vfzg
      wped wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dash B_dashv B_fgr B_fil B_ll B_lsd
      B_qmismeus B_vl dmlwhs_w esst_snm12mduw esst_swp16mduw mifa
      mifal_w mifa_w mivbeb_w mkfanb_w mrfamx_w mrfa_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dashvz B_dashz B_dp B_edp B_elsd B_gschwka
      B_iflsd B_ls B_mifabg B_mismeus B_mrpfa B_tdmlsds
      dlsd_w dmbebl_w dmdpo_w dmdpu_w dmlsdo_w dmlsdu_w
      dmrfawe_w dnitu_w fkfped fwmifabg fwmifal fwzlsd
      fzdash MDFAWlokbits mdfaw_bits mibdp_w miblsd_w mifabg_w
      mifak_w mifali_w migef_w minbeg_w mismeus_w mivbegvh_w
      mivbegv_w mivbeg_w mkfadpn_w mkfa_w mrpedl_w mrpeds_w
      mrped_w rlmindp_w zdash1_w zdash2_w zdash_w zlsdv_w
      zlsd_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDFUE
    "19.60     Sollwertvorgabe für Luftmasse aus Sollmoment"

    /begin DEF_CHARACTERISTIC
      DMIUMSCH KFMIRL KFMIRLS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hksv B_hmmfes B_hom B_homfes B_hosfes B_hspmd
      B_mdvur B_schfes B_skhfes dmlwhs_w elamnhmm_w elamnhos_w
      elamnsch_w elamnskh_w elamxskh_w etaaufte etalab etazwbm
      etazwmnum fmvurh_w fmvurs_w miglsol_w milsol_w nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_homhmmf B_homschf rlmdhmms_w rlmdhoms_w rlmdhoss_w rlmdmxh_w
      rlmdschs_w rlmdskhs_w rlmnskhs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mismnskh_w misophmm_w misophos_w misopl1u_w misopl1_w misopsch_w
      misopskh_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDIST
    "22.20     Motormomentenberechnung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWMDZW ETADZW ETALAMSC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmmv B_homv B_nozwe B_zwschhmm B_zwschhom B_zwschv
      etazwbm etazws lamsbg_w mioptl1s_w miopt_w miozwe_w
      redist zwist zwopt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      etazaist etazwist miist_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzwi lmsbgsc_w mihmm_w mihom_w mizwsch_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDKOG
    "24.70     Drehmomentenkoordination für Gesamteingriffe"

    /begin DEF_CHARACTERISTIC
      CWMDKOG CWZWVMX DELRL DNASNOT DZFLBK NMOTZFLBK
      THDMB TMAXZFLBK TMVER TVMIBEG TVZMIBEG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bdeminst B_dash B_evakt B_fgzwhmm B_fil B_hmm
      B_hmmhom B_hmmlgs B_hmmv B_hmmzwsch B_hom B_homhmm
      B_homzwsch B_kh B_kupplv B_ll B_llrein B_lsd
      B_mdmin B_mibegl B_nmxozwe B_sa B_skh B_smeus
      B_stend B_zwsch B_zwschhom dmar_w dmllr_w dmrkh
      dmrkt_w dmrllr_w dmskh_w flbs_w miasrl_w miasrs_w
      mibas_w mibgr_w mibmn_w mibmx_w mifa_w miges_w
      migs_w mimax_w mimsr_w minmx_w misgs_w miszul_w
      mivmx_w nmot nmot_w nstat rlminhom_w rl_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_abws B_asr B_mdein B_mdkg B_mdminbeg B_mibeg
      B_mibegk B_msr B_savmd B_sgs B_zwget B_zwnget
      B_zwvs B_zwvz B_zwvzvb mdkogAusBits50ms mifab_w miksol_w
      misol misoldlr_w misolp_w misolv_w misol_w mizsol_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_sgs0 B_uszw B_zwdmr B_zwfa B_zwfe B_zwme
      B_zwpp dmzms_w mibeg_w miksoln_w miksolv_w mikzsol_w
      misolbv_w mizsolus_w mizsolv_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDKOL
    "26.30     Momentenkoordination auf Füllungsebene"

    /begin DEF_CHARACTERISTIC
      CWMDKOL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abws B_dashv B_llrein B_lsd B_mibeg B_mibegk
      B_mifabg B_mismeus dmllrl_w dmrkh_w dmrkt_w dmrllr_w
      etazwbm etazwmn miasrl_w mibgrl_w mifal_w mifa_w
      miges_w migsl_w mimsr_w minmxl_w misgsl_w miszull_w
      miszul_w mivmx_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mibegl B_mrakt dmrmx_w mifafu_w miglsol_w milres_w
      milsol_w mimnl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mibeggl dmlms_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDLAM
    "4.20      Momenteneingriff über Lambda"

    /begin DEF_CHARACTERISTIC
      LAMETA LAMETASC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_evakt B_hmm B_hmmlgs B_hom etazaist etazwb
      miksol_w mioptl1_w redsol
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      lamds_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      elas_w etazalb mioptlza_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDMAX
    "1.60      Berechnung maximales indiziertes Motormoment"

    /begin DEF_CHARACTERISTIC
      FMIVL FRLKEVT KLRLVMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFMIOP SNM16OPUW SRL11OPUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      esst_snm16opuw esst_srl11opuw evtmod fho_w nmot_w rl_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mimax_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mimxl1_w rlugd_w rlvugd_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDMIN
    "10.30     Minimales Motormoment Koordination"

    /begin DEF_CHARACTERISTIC
      FWDMVAD KFMIMN KFVERST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_sab dmvad_w fnstab_w gangi mdverf_w nmot_w
      nver_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mill_w miminds_w mimins_w mimin_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDNSTAB
    "1.41      Drehmoment: Drehzahlstabilisierung"

    /begin DEF_CHARACTERISTIC
      FNSTABNV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_w nstat
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fnstab_w nver_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mdnstab
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDRED
    "14.80     Berechnung Reduzierstufe aus Momentenanforderung"

    /begin DEF_CHARACTERISTIC
      CREDSTU DMIZWMN MDHYEZ REDHYOC REDHYOCS REDHYUC
      REDHYUCS REDMXSA REDNMX REDZEM REDZEMNL TKIHKMRED
      TKIVKMRED TMAXSAWE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asr B_dknolu B_dkpu B_evakt B_fil B_hmm
      B_hmmlgs B_mdeeub B_msr B_nmax B_sab B_sgs
      B_sgsred B_stend B_zwsch dn_w mibas_w mibmnoz_w
      mibmn_w misol_w redist tkihkm_w tkivkm_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enmdsawe B_mdeevb B_sa redsol
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mdee B_mdeemx B_mdeenf B_mdeenl B_mdeetk B_mdsawe
      B_sabmee B_vormdred etazas_w redeta_w redhyst redneu
      redze redzenl
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDSME
    "2.10      Freigabe schneller Momenteneingriff"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bdeminst B_hom B_homs B_homv B_mwsmes B_qmismeus
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mwsme B_smeus B_tmismeus
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDTRIP
    "1.80      Berechnung der Momentenreserve im Kurztrip"

    /begin DEF_CHARACTERISTIC
      DMRAA KLMRKFHO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_faam dmrdagr_w dmrdkt_w dmrlsv_w fho_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmrkt_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDVER
    "20.60     Motor-Verlustmoment"

    /begin DEF_CHARACTERISTIC
      CNFMDVER DMDNSM DMVERLMN DPUMDS KFMDS MDSH
      MDSM SPS11MDUW ZFMDVERL ZMDNSM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16__UW STM08__UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_llrein B_sa B_sab dmvadhom_w dmvad_w esst_snm16__uw
      esst_stm08__ub fho fnstab_w mdverb_w mdwan_w nmot_w
      pssolhom_w ps_w pu_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmverl_w esst_sps11mduw mdsh_w mdslwhom_w mdslw_w mdsm_w
      mdssta_w mds_w mdverf_w mdverl_w miminhom_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dmverlin dpsu_w kfmdshom_w kfmdsmn_w kfmds_w mdsmn_w
      mdvervf_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDVERAD
    "8.60      Adaption Verlustmoment"

    /begin DEF_CHARACTERISTIC
      CWMDVERAD DMADKO DMADLL DMADMNKO DMADMNLL DMADMNSKO
      DMADMNSLL DMADMXKO DMADMXLL DMADMXSKO DMADMXSLL DMADSKO
      DMADSLL TDMODW TMDMAD TWDMAD ZKDMADKO ZKDMADLL
      ZKDMADSKO ZKDMADSLL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bdeminst B_dtes B_hmmv B_homv B_koe B_llr
      B_llrein B_nswo1 B_pwf B_vllr dmllri_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmvadhom_w dmvad_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_adwko B_madko B_madll B_madsko B_madsll dmamnsko_w
      dmamnsll_w dmamxsko_w dmamxsll_w dmvadko_w dmvadll_w dmvadsko_w
      dmvadsll_w dmvadvf_w dmvamnko_w dmvamnll_w dmvamxko_w dmvamxll_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDVERB
    "12.290    Momentenbedarf der Nebenaggregate (z.B. Klimaanlage, sonst. Verbraucher)"

    /begin DEF_CHARACTERISTIC
      CNFSL CWMDRLKO CWSELV CWTUM DMDGENAB DMDHFS
      DMDLWS DMDRKO DMGN DMKO DMSERVL DMSLP
      FMDGEN FMDGENTA KFDMDKOE KFMDDLWS KFMDELMX KFMDGEN
      KFMDKO KFMDRKO KFMDRKOE KLFMKNM LWSER MDHFS
      MDHHS MDSL MKLLS SNM06KOUB SRL06KOUB STA06LLUB
      TDMKOW ZKMDGEN ZKMDKO ZKMDSEV ZMDDLWS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDNORM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acres B_koe B_llrein B_lwser B_sfsc B_sksc
      B_sl B_st B_stend kldfpwm lws_w mkllsc
      mkolsc nmot rl tans tumg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmrac dmrlf esst_snm06koub esst_srl06koub esst_sta06llub mdel_w
      mdgen_w mdko_w mdlfs_w mdslpf_w mdswl_w mdverb
      mdverb_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dlwsl_w dlwsu_w mddlws_w mdkoini mdlws_w tlok
      wdmdkoe wkfmdko_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDWAN
    "6.120     Drehmomentaufnahme des Wandlers"

    /begin DEF_CHARACTERISTIC
      CNFMDWAN DMDWANMX DMDWHYS DMDWM FABMDWA FDMDWAN
      FMDWAT FNRAD FVDMDWAN KFMDWMX MDATNM MDATRM
      MDWANER STW08MDUB TVFSAM TVFSEM TVFSRAM TVFSREM
      TVFUE UEVERG ZKDMDW ZKMDWAB ZKMDWAUF ZKMDWF
      ZKUEVERG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_fs B_mdwaner gangi mdwancan nstat
      nturbc_w tmot vfzg vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dmrwan B_rgang dmdwan_w dmrwan mdwanvf_w mdwan_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_cnfwan B_fsu dnturb_w esst_stw08mdub mdatxm_w mdwancb_w
      nturbv_w nturb_w qntns twnd
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDZUL
    "4.90      Maximal zulässiges Moment"

    /begin DEF_CHARACTERISTIC
      CWMDZUL KFDMP KFDMT KFMOF KFPZU KLDMMX
      KLLLRZU KLMIMAX KLMIMIN KLMZUMN MZFFIL MZFTV
      NSTART NSTEND SMO08MFUB SNM08MFUB STM08MFUB SWP08MFUB
      TANSMN TMBST TMNSMN TMOMIN TNSC TNSOF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fgr B_klmzu_um B_mrakt B_msr B_mzns_um B_sgs
      dmllrl_w dmrmx_w etazwbm etazwmn fnstab_w mdslw_w
      mdverf_w mdvervf_w nmot tans tmot tnst_w
      wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mdbglst B_mdblst B_mdbresl B_mdbza miszull_w miszul_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_inidtf B_mbst B_mzns B_nsakt B_nsend esst_smo08mfub
      esst_snm08mfub esst_stm08mfub esst_swp08mfub mdverbmx_w miszullb_w mizufil_w
      mizuofil mizutmp_w mizuvfil tmotmn tnscCtr_w tnsofCtr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MDZW
    "7.50      Berechnung Moment in Sollzündwinkel"

    /begin DEF_CHARACTERISTIC
      CWMDZW DMAUFN DZWETA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ETAZHMMN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_evakt B_fgzwhmm B_hmm B_hmmv B_homv B_smeus
      B_zwschv B_zwvs B_zwvz dzwhmmar etazaist etazwb
      etazwbm mibas_w miblmn_w miblmx_w mibmn_w miksol_w
      miopt_w misol_w mizsol_w nmot_w zwopt zzylbi
      zzylh
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nozwe dmaufr_w miozwe_w zwsolar
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_brkmdzw B_mdzwhmm B_rampi1 B_rampi2 dmaufn_w dzws
      etazws mioptar_w mioptsav_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MOTAUS
    "5.70      Motor-Abstellen"

    /begin DEF_CHARACTERISTIC
      TNLSGMN TNLSGMX UBNLMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl15 B_pwf B_stend ub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nachl B_nachlend B_nachlram B_nachlstp B_nlacls B_nlale
      B_nlatm B_nlcan B_nldte B_nldval B_nldve B_nlEEPR
      B_nletm B_nlmls B_nlobd B_nlsgls B_nlsiko B_nlubr
      B_nlwfs B_nlwst swOffD2Bits swOffDlBits tnachl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    MRKOMD
    "1.10      Berechnung des skalierten Wunschmomentes aus koordiniertem Moment"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      miglsol_w mimax_w mimin_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mrko mrko_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    NLDG
    "2.70      Notlauf Drehzahlgeber"

    /begin DEF_CHARACTERISTIC
      DYNMXNL FIRNLIGN FNLMI0 FNLMI1 FNLMI2 KLDTPH
      KLDTPHST KLDYNCOR KLNLPHN KLWNWI KNLSYN MXNLFEHL
      TNLPHWAIT TNLSYNMN TNLSYNMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWNWREF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nldg B_phad B_phsok B_st B_switchpg B_wnwiout
      nmot synstate tmot wnwi_ad_w wnwkwas_w wnwspas_w
      zphfl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_phnldg B_synnldg nsynnldg zphflsyn
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_2ph B_3ph B_ensynnl B_gapnldg B_kllknl B_lkklnl
      B_noknldg B_phfalse B_phnegtiv B_resetsyn B_rphsp B_synoknl
      B_wnwioutx dtsegph_w mtsegph_w tnbmphs0_w tPh1_w tsegph_w
      wnwix_w wnwkwasx_w wnwspasx_w zphflx
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    NLKO
    "2.70      Notlaufkoordination der zulässigen Betriebsarten"

    /begin DEF_CHARACTERISTIC
      CWNLKO FRMNSCH FRMXSCH TFRMXNLH TFRMXSCHDI TMODNLF
      ZMISSCHMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemod_um B_abgien B_bdemz B_bkvnhom B_dknolu B_dkpu
      B_edks B_edkvs B_edss B_eev B_ehfm B_enws
      B_hmmagrdi B_hmmzwdi B_hom B_homagrdi B_ko2vke B_lbknh
      B_lghmm B_lrsb B_mderk B_mdminbeg B_nldg B_nlhf_um
      B_prnl B_prnplue B_prnsch B_pwgnotfr B_sch B_schagrdi
      B_st frm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemodnl B_misfire B_mwnl B_nlh B_nlh1 B_nlh2
      B_nmxhmmnl B_nmxschnl tfrmx zmissch_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    NLPH
    "6.40      Notlauf Phasengeber"

    /begin DEF_CHARACTERISTIC
      ANZSYNMX CWNLPH DNDASH MAXANZTI MIPHERMN NDIFFLL
      PDIFFMAX PDIFFMIN PRGRENZ TERDASH ZSYNPHST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib_w anzti_w B_bm B_nldg B_phaact B_phsok
      B_prnl B_pwf B_sa B_st B_stend dnmot_w
      misol_w nmot_w nsol prist_w prroh_w zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzeausb anzsynfail B_delaysyn B_dopzue B_neusynbe B_nlph
      B_nlphpr B_nlphwe B_nosynph B_phinvmx B_phsinvbe B_phsinvst
      B_phsnl B_phsnlinv B_prhigh B_syndash B_synnot phlosctr_w
      prhigh_w znlphnsyn zsynph zyleausb
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    NMAXMD
    "21.20     Drehzahlbegrenzung"

    /begin DEF_CHARACTERISTIC
      CWNMXMD DNMAX DNSIAB DNSOZW INMAXX ITNMXH
      KFNMAXKI KFNMAXKP KLTNMXPR MDIMX NMAX NMAXDV
      NMAXDVG NMAXDZ NMAXGA NMAXHMM NMAXKR NMAXNL
      NMAXOGGA NMAXSCH NMAXTO SNS04MDUB TMOTNMX TNMXH
      TVDNOZW VNMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DNMAXH SGA08MDUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_dopzue B_krdws B_mdkg B_nldg B_nmaxext
      B_nmaxmsv B_nmxhmmnl B_nmxschnl esst_sga08mdub gangi mifab_w
      miistoar_w ndcdis_w ngfil_w nmaxext_w nmaxmsv_w nmot_w
      tmot toelk_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nmax B_nmaxd B_nmxozwe esst_sns04mdub minmxl_w minmx_w
      nsber_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nmaxog B_nmxkr B_nmxred B_tmnmax dmnmxi_w dmnmxp_w
      dnsi_w kinmx nmaxga_w nmax_w nmotpr_w nmxpr
      nsber
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    OBPCJ830
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      hdevpara1 hdevpara2 hdevpara3 hdevpara4 hdevscon
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    OBPC_71
    ""

    /begin DEF_CHARACTERISTIC
      SGIDB8 SGIDB9
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CNSDEF SGIDB7 VARDEF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl15 readident
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nlasicOBP B_nlfrOBP B_nlOBP OBPSWOFFbits S_NLENAS tnachlOBP
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    OBP_CAN
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    OBP_DIAG
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      diahdev1 diahdev2 diahdev3
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    OBP_EEP
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    PAD650
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      adc1sCC650_00 adc1sCC650_01 adc1sCC650_02 adc1sCC650_03 adc1sCC650_04 adc1sCC650_05
      adc1sCC650_06 adc1sCC650_07 adc1sCC650_08 adc1sCC650_09 adc1sCC650_10 adc1sCC650_11
      adc1sCC650_12 adc1sCC650_13 adc1sCC650_14 adc1sCC650_15
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    PADFR
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      adcFR_00 adcFR_01 adcFR_02 adcFR_03 adcFR_04 adcFR_05
      adcFR_06 adcFR_07 adcFR_08 adcFR_09 adcFR_10 adcFR_11
      adcFR_12 adcFR_13 adcFR_14 adcFR_15 P2_00_FR P2_01_FR
      P2_02_FR P2_03_FR P2_04_FR P2_05_FR P2_06_FR P2_07_FR
      P2_08_FR P2_09_FR P2_10_FR P2_11_FR P2_12_FR P2_13_FR
      P2_14_FR P2_15_FR P7_0_FR P7_1_FR P7_2_FR P7_3_FR
      P7_4_FR P7_5_FR P7_6_FR P7_7_FR P8_0_FR P8_1_FR
      P8_2_FR P8_3_FR P8_4_FR P8_5_FR P8_6_FR P8_7_FR
      Port2_FR Port3_FR Port4_FR Port5_FR Port7_FR Port8_FR
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    PHAS
    "Phaseninterrupt"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nldg B_phase B_phnegtiv B_switchpg zrph
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    PK
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    POWERFA
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_pwfCsErr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    RDE
    "1.40      Rückdreherkennung"

    /begin DEF_CHARACTERISTIC
      DNABW KLTNRDE NMOTRDE RDUNDEF UBDTRDE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fbm B_nmin dnmot_w nmotll synstate tmot
      ub vfzg_w wkwbzm0_w wkw_w wub zzseg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enabrde B_motstop B_rdeplaus B_rdeundef
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_abw B_anlaus B_verrueck B_waitgap rdeBits tnbmrde
      tnbmrde1 tnbmrde2 ubrde wkwas_rde
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    RKSPLITS
    ""

    /begin DEF_CHARACTERISTIC
      KLRKSHKS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anzti_w B_hks B_hkss
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      frks
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    RKTI
    "14.80     Einspritzdauerberechnung ti aus relativer Kraftstoffmasse rk"

    /begin DEF_CHARACTERISTIC
      FKKVS KFRKSZ KLHDEV KLTIKRPR KLTIMIN KLTVTS
      KRKTE SDP12ESUW SYNAES TIHNLPH UBRESMIN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM08PS3UW SRK12ZUUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_airbag B_basch B_berhom B_bersch B_berskh B_eahom
      B_eahoms B_easch B_easchs B_hks B_hkss B_hos
      B_hoss B_kl15 B_nlphwe B_nmin B_sch B_skh
      B_skhs B_stendes dprpbrh_w dprpbrkh_w dprpbrs_w esaktiv
      esst_snm08ps3uw esst_srk12zuuw evz_austot frks fzg_w nmot_w
      prist_w rkkh_w rkm_w rk_w synstate tvesdel_w
      ubrsq zzbank zzyl zzylbi zzylh zzyls
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzti anztib anztib_w anzti_w B_eahomb B_enable
      B_esanf0 B_esanf1 B_esanf2 B_esanf3 B_evzaush B_evzauss
      B_temin esanf esst_sdp12esuw prista_w qtitimnh qtitimns
      rks_w tekh_w temes_w tes_w te_w timinh_w
      timinkh_w timins_w tiout_w tisout_w tis_w tixh
      tix_w tiy_w ti_w tvtsh_w tvtskh_w tvtss_w
      twtiy_w zuen_beg
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dprbuf_w evz_aush frkteh_w frktekh_w frktes_w fzgmin_w
      rkh_w rksz_w rkvfas_w teh_w telinh_w telinkh_w
      telins_w telzgh_w telzgkh_w telzgs_w tevfah_w tevfakh_w
      tevfas_w tihout_w tih_w tikhout_w tikh_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    RSTMON
    "2.10      Reset Monitor"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      resetMonIdx
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rstMon
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    RUNTIME
    ""

    /begin DEF_CHARACTERISTIC
      AUFW20MS RESETMAX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dash B_kr B_llr B_lrs B_lsd B_sa
      nmot rl wdkba wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      cyclebg_w laufzbg_w perfilt_bg perfmax_w perform_bg
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      cntbg_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SALSU
    "1.60      Schubabgleich LSU"

    /begin DEF_CHARACTERISTIC
      CWSALSU DKO2VKMX KO2INI KO2MN KO2MX KO2VKEMN
      KO2VKMN KO2VKMX O2REF O2SAMN O2SAMX SAABOMX
      SADYNINI SADYNMX SALSUMN SALSUMNS SAMSABGMN SAMSABGMX
      SATMOT SATMOTMN SATUMG TESAMN TESAMX THEXMX
      TVSADYN TVSALSUMN TVSATMOT TVSATMOTFA WFKO2VKI WFKO2VKIS
      ZFSADYN ZSAINT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abo B_atmng B_dagrss B_eev B_fasalsu B_hstlsub
      B_pwf B_sa B_sbblsu msabg_w o2vk_w thxlsum_w
      tmot tumg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ko2vke B_salb B_salsu B_salsumn B_salsums dko2vki_w
      ko2vkin_w ko2vk_w o2adapi_w o2adap_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dko2vk B_sadyn B_sag B_sape B_saumg B_sav
      ko2vki_w nsalsu o2delta_w o2korr_w sadyn_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SCATT
    "20.80     SCAN TOOL-Testerschnittstelle"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fcmEnd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bbm8te B_m8te
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SKP
    "2.70      Speicherkatplausibilisierung"

    /begin DEF_CHARACTERISTIC
      ANZFSPAA ANZFSPAB ANZFSPAS AVNOHKKMX CKTSEMN CKTSEMX
      CWSKP FSPAAP FSPAIOW GWKAT GWSENS GWZEIT
      GWZEIT2 KLFSPAMS KLKTSE KLSQRT KLTSEMSABG LAMGR
      LAMRI MIMX MNOHKGW MNOSPGW MNOSPMN MNOSPSCH
      MNOSPVLL MNOSPZ MSNOVKMNP MSNOVKMXP MXDAVNOHKK SCHWVP
      SKPMSUMN SKPMSUMX TAKTSKR TEUMSCH TKIMN TKIMX
      TMAGMN TMMSAB TPD TRICH TVHMM TVHOM
      TVHOM2 ZKMNOSPLL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MNOHKMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      avnohkk_w B_adsp B_aktskr B_denox B_hmm B_hom
      B_hom1ko B_ht B_intfr B_kteskr B_lamlean B_lammag
      B_ll B_mngef B_mnserr B_nok B_pwf B_sa
      B_stend B_zabgerr dlaso_w lamnohk_w lamzak_w miist_w
      mnohk_w mnospms_w mnosp_w msabg_w msnovhk_w msusp_w
      tkihkm_w tmag_w uuvpnohk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mfgf B_mnospmn B_nosgmw B_npnos B_oreg B_regsul
      B_skpf B_tpd dmnospr_w fspamw_w fspa_w mnospll_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      afspa_w anpc avnohkko_w B_anzfspab B_anzfspam B_bfspakt
      B_bhmm B_davnoh B_ffspa B_gwkat B_gwsens B_gwzeit
      B_gwzeit2 B_mfspab B_mnserrl B_msuos B_nopf B_rega
      B_skpbrk B_skpfrg B_skpok cktse_w dmnospm_w fskmw_w
      fsktmp5_w fsktmp6_w fsktmp7_w fsktmp8_w fsktmp9_w fsk_w
      fspacal_w ftr_w inx inxfspa ktse_w lamkts_w
      mnafspa mnafspab mnfspab_w mnfspa_w mnohktmp_w msabgkts_w
      msabskpf_w msabskpn_w mtse_w mxafspa mxafspab mxfspab_w
      mxfspa_w sumfspam_w sumfspa_w trmnr_w trm_w trr_w
      vpkts_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SKR
    "3.70      Speicherkatalysator-Regler"

    /begin DEF_CHARACTERISTIC
      ANZREGF ANZSGK BPVMFA BPVNMOT CWSKR DQMNSST
      DQMNSSTLL DQVPKP1 DQZHMN DQZHMX DQZKP2 DQZREGEND
      DVPINI FFVPH FSPARGR GANGSP KFNOHMM KFNOSCH
      KFTDELH KFUMV KLFSPMN KLMSABKPD KLNOTMN KLREONOS
      KLRLAMH KLTSKTMN KTMNOMX KTNMOTMN KTNMOTMX KTNOMX
      KTTKIHKMMN KTTKIHKMMX LAMKP1MX LAMMAGMN LAMREGF LAMREGKON
      LAMREGNT LAMTREG MIISTGRH MNNOMX MNOHKGK MNOHKMX
      MNOHKMXLL MNOHKSP MNOSPADSP MNOSPKMN MNOSPMNG MNOSPMNH
      MNOSPMSS MNOSPSATT MNOSPSTG MSABHMX NGWLL NMOTGRH
      NODEL NODELH NODELR NOFISTGK NOFMX NOFMXDG
      NOFMXGK NOFMXGR NOFMXMX NOFMXSS NOHKMX NOHKMXLL
      NOHKTG NOKGK TASLL TBREONOS TDDQA TDDQKP1
      TDDQZH TDEL TDELH TDELHT TDNOMX TDNREG
      TEREGSCH TFNOFHT THOMGR TKIGKO TKIGKU TKIHMKHGR
      TKILAMGR TKIREGSP TMAGDG TMAGGK TMAGHT TMNSFB
      TMNSL TMNSLL TMXKT TSKFHMM TSKGR TSKMNGK
      TSKMNN TSKMX TSKMXDG TSKMXGK TSKMXSS TSKOG
      TSKRGR TUMVGR TV2SHMM TVFHMM TVFHTTST TVHTE
      TVNOHKMX TVREGBRK TVSHMM TVUMV VFZGANF VFZGGRH
      VFZGMN VP1KTREND VP1REGEND2 VPAMN VPAMX VPHKMAG
      VPHKSA VPKP1MN VPKP1MX WPEDANF ZKMNOHK ZKMNOVK
      ZKVP1 ZKVP2
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemodfa bdemodst B_arlow B_arnhk B_fa B_faskno
      B_hmm B_hmms B_hom B_hom1ko B_homs B_ll
      B_nosbb B_pwf B_regsul B_sa B_sch B_schs
      B_shmmmbr B_skpf B_slean B_sschll B_stend fspamw_w
      gangi lavhkm_w mfavmlw_w miist_w msab_w msnohk_w
      msnovhk_w nmot_w nohksnok_w nohks_w tgala_w tkihkm_w
      uuvpnohk_w vfzg_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      avdqnohk_w bdemodsk B_adsp B_aktskr B_bbsk B_denox
      B_endreg B_ht B_intfr B_kt1 B_kteskr B_ktskr
      B_lamlean B_llskr B_mngef B_o2hkmag B_reganf B_regc
      B_regend B_regst B_reonos B_shmm B_umv lamdeno_w
      mfatmp_w mnohk_w mnospms_w mnovkf_w msnovkf_w nofist_w
      nofmx_w tktskr_w tmag_w tskmngk_w tskmx_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      batmp B_abgerr B_adanf B_adgrok B_adspr B_adzust
      B_anfskr B_bbnsk B_bbnskt B_bbskt B_bbtsk B_bpv
      B_dqchk B_dqmax B_dqvpfs B_dvpgef B_hrf B_htnfa
      B_htr B_httf B_httst B_kp1chk B_kp1gef B_kp2gef
      B_llregs B_mns B_mnserr B_mnset B_msabcont B_nofgrmx
      B_nofgrss B_nofistkl B_nofmxh B_nofmxr B_prkb B_regbrk
      B_regno B_regres B_regs B_regset B_regsp B_regu
      B_sahk B_sam B_skrsb B_svregu B_thkko B_tkisb
      B_tmns B_tskad B_tskklss B_tskmngk B_tskmngkr B_tskmngkt
      B_tskmxh B_tskmxr B_tsknoffe B_vph dnofmx_w dnomxist_w
      dqnohk_w dqOld2_w dqOld_w dqvpff2_w dqvpff_w dqvpfm_w
      dqvpf_w dqz_w dtikmx_w dtmxik_w dtskmx_w lamdenoi_w
      lamreg_w mnokum_w mnospsum_w mnospu_w msabref_w msabz_w
      nmottmp_w stzgk tdelh_w tmns_w tregzs_w tskmn_w
      tumv_w tvreonos_w urlamhin_w uuvpff_w uuvpf_w vpend_w
      vpkp1_w vpkpd_w vpz_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SREAKT
    "7.70      EGAS: Sicherheitskonzept, Fehlerreaktionen"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_appnolu B_dkp1e B_dkp2e B_dkpaw B_dlrbe B_dlrpide
      B_fproab B_fprzab B_i_ska_um B_nlpne B_ubdve B_ub_ok
      B_umauab B_wdksive
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dknolu B_dknot B_dkpiu B_dkpru B_dkpu B_i_ska_fr
      B_notlu_fr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dkunb
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SRMDSS
    "2.10      Saugrohrmodell DSS"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fupsrl_w pbrint_w psdss_w psrext_w pu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dpsfgds_w pbrdss_w psfgds_w rlfgds_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rfdsorgi_w rfrextds_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SRMHFM
    "3.10      Saugrohrmodell HFM"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fupsrl_w pbrint_w psmx_w psrext_w pu_w rlfgroh_w
      xfvisrm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dpsfglm_w psfglm_w pslmsm_w pslm_w rflmorgi_w rlfglm_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpslm_w rflmoism_w rfrextlm_w rfrextsm_w rlfglmsm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SRMSEL
    "3.30      Saugrohrmodell Selektion"

    /begin DEF_CHARACTERISTIC
      TNSTDSSAKT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_amsndkoe B_edss B_nmot dpsfgds_w dpsfglm_w psdss_w
      psfgds_w psfglm_w pslm_w pu_w rfdsorgi_w rflmorgi_w
      rir_w rlfgds_w rlfglm_w rlrext_w rlr_w tnst_w
      umsrln_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dssakt dpsfg_w drl_w ml ml_w msfabr_w
      msfebr_w ps psfg_w ps_w rfges_w rforgi_w
      rl rlfg_w rl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SSTAECFS
    "1.10      Stützstellenberechnung für AGR-Funktions-Software"

    /begin DEF_CHARACTERISTIC
      SMI12AGUW SNM14AGUW SPU06AGUW SRK12AGUW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      miglsol_w nmot_w pu_w rk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_smi12aguw esst_snm14aguw esst_spu06aguw esst_srk12aguw
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SSTB
    ""

    /begin DEF_CHARACTERISTIC
      SGA06MDUB SGA08MDUB SIM08ESUW SKS06ESUB SM108LHSW SMI04LLUB
      SMI04TEUB SMI12ZUUW SMK05TEUB SML08LHUB SNG06LLSB SNM04LRHW
      SNM04TEUB SNM05FEUW SNM06ESUB SNM06LLUB SNM06LSUB SNM06MDUW
      SNM06ZUUW SNM07ESUB SNM07LSUW SNM08LAUW SNM08LHUB SNM08PS3UW
      SNM08SAUB SNM08__UB SNM10GK2UB SNM10ZU1UW SNM12ESUB SNM16KRUB
      SNM16OPUW SNM16ZUUW SNM16__UW SRK03FEUW SRL04KRUB SRL04LRHW
      SRL06ESUB SRL06LSUB SRL08GK2UB SRL08LSUW SRL08ZUUW SRL12ZUUW
      SRP06ESUB STA04LLUB STA04TEUB STA06ESUB STA12WLUB STM04SAUB
      STM05SAUB STM05TMUB STM06LLUB STM08__UB STM09ESUB STM12ESUB
      STN06LLUB STS08ESUB STS08KHUB STS12ESUB SVF07TMUW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib_w B_autget dlashkm_w etazwimt gangi imlatm_w
      kstaa lamsbg_w mifa mifa_w miglsol_w misol
      mkfanb_w mksbg ml ml_w msabg ngfil
      nmot nmot_w pu pu_w rk_w rl
      rlp rl_w tabst_w tans tmot tmst
      tnst vfzg_w wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_sga06mdub esst_sga08mdub esst_sim08esuw esst_sks06esub esst_sm108lhsw esst_smi04llub
      esst_smi04teub esst_smi12zuuw esst_smk05teub esst_sml08lhub esst_sng06llsb esst_snm04lrhw
      esst_snm04teub esst_snm05feuw esst_snm06esub esst_snm06llub esst_snm06lsub esst_snm06mduw
      esst_snm06zuuw esst_snm07esub esst_snm07lsuw esst_snm08lauw esst_snm08lhub esst_snm08ps3uw
      esst_snm08saub esst_snm08__ub esst_snm10gk2ub esst_snm10zu1uw esst_snm12esub esst_snm16krub
      esst_snm16opuw esst_snm16zuuw esst_snm16__uw esst_srk03feuw esst_srl04krub esst_srl04lrhw
      esst_srl06esub esst_srl06lsub esst_srl08gk2ub esst_srl08lsuw esst_srl08zuuw esst_srl12zuuw
      esst_srp06esub esst_sta04llub esst_sta04teub esst_sta06esub esst_sta12wlub esst_stm04saub
      esst_stm05saub esst_stm05tmub esst_stm06llub esst_stm08__ub esst_stm09esub esst_stm12esub
      esst_stn06llub esst_sts08esub esst_sts08khub esst_sts12esub esst_svf07tmuw
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SSTDMD
    "1.10      Diagnose misfire detection: Stützstellenverteilungen"

    /begin DEF_CHARACTERISTIC
      SMI03DM1UB SMI03DM2UB SMI04DM1UB SMI04DM2UB SMI08DM1UB SMI08DMUB
      SNM04DM1UB SNM04DM2UB SNM05DM1UB SNM05DM2UB SNM08DM1UB SNM08DM2UB
      SNM08DM3UB SNM08DMUB SNM09DM1UB SNM09DM2UB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_mdzgstp miautget_w nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_smi03dm1ub esst_smi03dm2ub esst_smi04dm1ub esst_smi04dm2ub esst_smi08dm1ub esst_smi08dmub
      esst_snm04dm1ub esst_snm04dm2ub esst_snm05dm1ub esst_snm05dm2ub esst_snm08dm1ub esst_snm08dm2ub
      esst_snm08dm3ub esst_snm08dmub esst_snm09dm1ub esst_snm09dm2ub midmd midmd_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    STACKMON
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      systemStackUsage userStackUsage
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    STADAP
    "7.30      Startmengen-Adaption"

    /begin DEF_CHARACTERISTIC
      ANRZUEMX CWSTADAP DECKSTAI DNBURN0 DNBURN1 DNBURN2
      INCKSTAI KFNSTAMX KLDNFHO KSTA0INI KSTA1INI KSTA2INI
      KSTAI KSTAMN0 KSTAMN1 KSTAMN2 KSTAMX0 KSTAMX1
      KSTAMX2 KSTTOPMN NSTAK TMADB0 TMADB1 TMADB2
      TMLIM UBKST UBKSTMX WAD0T1 WAD0T2 WAD1T0
      WAD1T2 WAD2T0 WAD2T1 ZBURNABR ZBURNDEC ZBURNSOL
      ZSYNABR ZSYNAUSW ZSYNDEL ZWSTAMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anzesab B_adrsta B_eev B_nmin B_pwf B_stend
      B_vbmg B_wks dnmot_w fho nmot nmot_w
      nstat tmot tmst top_w ub vfzg
      zwstt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_staa kstaa
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      adastep B_ad B_adb0 B_adb1 B_adb2 B_adlck
      B_ausw B_burn B_decr B_incr B_kstai B_kstaue
      B_nodec B_noinc B_stdperr B_ubkst dnburns_w ksta0
      ksta0w ksta1 ksta1w ksta2 ksta2w stactr
      STADAPlokBits tmadb zburn zburnsu zsynchro zsyndelc
      zsynsu zubkst
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    STARTUF
    ""

    /begin DEF_CHARACTERISTIC
      CWPWF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_pwf
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SYK051
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SYNC71
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nosynph
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bzsync B_firstSyn tr_zahn tr_zahn2 tr_zeit tr_zeit2
      tr_zeit_msb zzylzue
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SYNTIZW
    "2.60      BDE Synchronisation Einspritzung/Zündung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SYNAES
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_basch B_hos synstate zzyl zzylbi
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_syntizw B_zw0na B_zw1na B_zw2na zzylh zzyls
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SYSCON
    "8.40      Systemzustandssteuerung der Motronic"

    /begin DEF_CHARACTERISTIC
      TPKL15 TRSTSYN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nachl B_nmin S_kl15
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kl15 B_nmin_old B_rstsyn tpkl15_ctr trstsynCtr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SYSYNC
    "System-Synchronisation"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      synstate synstate_o
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    SY_DFPM15
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWDFPM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      dfimdfp dfimflg_w fcmEnd top_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TC1MOD
    "20.121    Testerkommunikation CARB; Mode 1"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWOBD
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdkvs B_cdmd B_kmmilsct B_lsh B_lsh2 B_lsv
      B_lsv2 B_milstat evsup1 flglrs fra_w fr_w
      iplsuvj_w kmstmil_w lalsuvj_w nmot_w psdss_u ready
      rml tanslin tmotlin ushkj vfzg wdkba
      zwzyl1
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TC2MOD
    "20.71     Testerkommunikation CARB; Mode 2"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      ffzdfp
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TC5MOD
    "20.30     Testerkommunikation CARB; Mode 5, Ausgabe Sondenmeßwerte"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DLAHISATO DLAHISATU DYNLSUTO DYNLSUTU LAMSSAMN LAMSSAMX
      USMNSHMN USMNSHMX USMXSHMN USMXSHMX USRHKSHJ
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lsh B_lsh2 B_lsv B_lsv2 dlahisa dynlsusa
      lamsisa lamsosa usmnshn usmxshn
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TC6MOD
    "28.20     Testerkommunikation CARB/EOBD; Mode/Service 6, Ausgabe Prüfschwellen"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdagrs B_cdkatsp B_cdkatspf B_cdskno B_cdtes B_cdvkt
      m6vcagrf m6vckat m6vckth m6vsagrf_w m6vskat_w m6vskth_w
      m6vwagrf_w m6vwkat_w m6vwkth_w tc6vtesc tc6vtess_w tc6vtesw_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TC9MOD
    "1.10      Testerkommunikation CARB; Mode 9, Request Vehicle Information"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CALIBID
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cksbrdy cvn nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_m9cvn
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TCKOMUE
    "2.10      Testerkommunikation CARB; Kommunikationsaufbau Übersicht"

    /begin DEF_CHARACTERISTIC
      CWNOSCAT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TCSORT
    "3.40      Testerkommunikation CARB; Sortierfunktion"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      cw_erfil fcmEnd FCMTab ffzdfp
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      errorCntTcsort
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TD1XXX_T
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nachl swOffDlBits
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anz1msmn anz1msmx dynPeriod rstrauf_um rstrauf_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TEB
    "110.10    Tankentlüftung beladungsabhängig"

    /begin DEF_CHARACTERISTIC
      BPHUTEB CAKFA CWMSTEFG DFHOST DFTEVFLO DLAMSBST
      DLAMSTE DMSTES DSTEMIN DTAVVKST FAKFPUF FBADMKA
      FBFLAMKT FBTEFKA FBTEFKAX FGWRDLAM FGWRKA FGWRMSMX
      FKAKORBMN FKAKORBMX FKAPROG FKASNOXR FKASTINX FKATEB
      FKATEMNS FKATEUM FKATEUMS FQTIMNH FQTIMNS FRKTEMN
      FRKTEMX FSRFKAS FTEADNPMN FTEADNPMX FTEVFXS FUMRBRK
      FVERMN FVERZDYN FVRMDYN KADMKAFK KAHCTEMK KAKFAD
      KFFKASX KFFPSTEB KFFPSTED KFFTEVFX KFKASNH KFKASNS
      KFTEKAH KFTEKAS KHCTEMNH KHCTEMX KLAMST KTEVANMK
      KVERZKHC LAMMNST LAMZKMN MKAUSGMX MSDKLMMN MSTELMN
      NVERZMN SQM05TEUB TFKAKORFV TFTEINI TQTEAB TQTEXMAB
      TTEVZUST TVAST TVEVLOCTE TVKHCCH TVSAUGST ZKFTEAD
      ZKKHCTEV ZKLAMTE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI04TEUB SMK05TEUB SNM04TEUB STA04TEUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_basch B_denoxte B_evloc B_hom B_hos B_hoss
      B_lteab B_mwtes B_nmot B_rbte B_sabte B_sabtev
      B_sch B_schs B_te B_teakt B_tei B_ten
      B_zora esst_smi04teub esst_smk05teub esst_snm04teub esst_sta04teub fho_w
      frm_w ftho_w lamsbg_w lamsons_w lamzak_w misol
      ml_w msagr_w msdkalm_w mste mstedte_w msteo_w
      mste_w nmot nmot_w ps_w pu qtitimnh
      qtitimns rflmorgi_w rkg_w rk_w tans tanvk_w
      tavvkm_w umsrln_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fvgte B_mwte esst_sqm05teub fkakormt_w fkakormx_w fkatei
      fkatei_w fteadchf fteadf ftead_w imsteini mstesoll_w
      pspu pstehmms_w psteschs_w qtetemin rkte_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_cakfhmx B_calend B_calstart B_evlocte B_mstefg B_mwteuvz
      B_rkteb B_teres B_tetevrg B_tevzust B_zoraf ddkhc_w
      dfkasteb_w dfkaster dfkastes_w dftevflo_w dkhckorr_w dkhcmn
      dlamsbgr_w dlamst_w dmstes_w dstert20_w fakpuf_w fbdfkak
      fgwrte fhozste_w fkakordl fkaste fkastes fkastes_w
      fkastexm_w fkastexu_w fkastex_w fkaste_w fkastold_w fkatefrg
      fkates flamkst_w fteadch_w fteadfu fteadphu ftefsoll_w
      ftefva_w ftevflos_w ftevflow_w ftevflox_w ftevflxm_w fvermte_w
      kadhcte kanstpro_w khcakf_w khcch_w khctev_w khc_w
      ktevanst lamsbgm_w lamsonzs_w lamzakk_w lamzakt_w mkausg_w
      mkcakfh_w mkgepu_w mksbg mksp_w mkteev_w mktev_w
      mkugep_w mkverlte_w mssgin_w mssgout_w mstemxub_w mstesmx_w
      mstesold_w qmsdyn rclteev_w rcltevvz_w rcltev_w rkteub_w
      tavvkmzs_w vgste_w vkste_w vlste_w vltev_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TEBEB
    "13.30     Einschaltbedingungen Tankentlüftung"

    /begin DEF_CHARACTERISTIC
      CWTENCFG FTEADRPL FTEADRPM FTEADSPH FTEADSPM LAMTEMN
      TATELL TMTE TTEAUS TVDENOX TVTEB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpa B_denox B_dteaa B_fa B_fvgte B_ll
      B_lr B_mwtes B_sabte B_sbbvk B_vlsunp fteadchf
      fteadf lamsons_w tans tateist_w tmot tnse_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_denoxte B_gerte B_lteab B_rbte B_sabtev B_te
      B_teakt B_tef B_tei B_ten tebebAusBits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lamrb
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TEMPKON
    "1.30      Temperatur-Konvertermodul"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      tahsom_w tavsom_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tabgm tabgm_w tkatm tkatm_w tmotk tmotk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TKAA
    "1.20      Testerkommunikation; automatisierter Ablauf"

    /begin DEF_CHARACTERISTIC
      KLTKAADFP KLTKAATOZ KLTKKTA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_adlrnws B_autget B_faa B_fanfg B_fs B_lbklrnef
      B_lbklrnws B_lrnws B_syserrk vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_stellad tkaakts tkaaktz tkkta
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tkaadfp tkaaktt tkaaktzmax tkaatoz tkbloknr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TKMWL
    "Testerkommunikation; Meßwerte lesen"

    /begin DEF_CHARACTERISTIC
      ADRONLOGIN AGR_AOG AGR_AUG CNSDEF CNS_AOG CNS_AUG
      CWFA107 CWFA107A CWFA108 CWFA108A CWFA109 CWFA109A
      CWFA130 CWFA130A CWFA140 CWFA140A CWFA145 CWFA145A
      CWFA146 CWFA146A CWFA146B CWFA147 CWFA147A CWFA147B
      CWFA148 CWFA148A CWFA148B CWFA149 CWFA149A CWFA149B
      CWFA152 CWFA152A CWFA152B CWFA162 CWFA162A CWFA163
      CWFA163A CWFA166 CWFA166A CWFA166B CWFA167 CWFA167A
      CWFA167B CWFA168 CWFA168A CWFA168B CWFA190 CWFA190A
      CWFA190B CWFA191 CWFA191A CWFA191B CWFA192 CWFA192A
      CWFA192B CWFA193 CWFA193A CWFA193B CWFA194 CWFA194A
      CWFA194B CWFA195 CWFA195A CWFA195B CWFA196 CWFA196A
      CWFA196B CWFA197 CWFA197A CWFA197B CWFA198 CWFA198A
      CWFA198B CWFA199 CWFA199A CWFA199B CWFA201 CWFA201A
      CWFA201B CWFA202 CWFA202A CWFA202B CWFA203 CWFA203A
      CWFA203B CWFA204 CWFA204A CWFA204B CWFA205 CWFA205A
      CWFA205B CWFA206 CWFA206A CWFA206B CWFA207 CWFA207A
      CWFA207B CWFA208 CWFA208A CWFA208B CWFA209 CWFA209A
      CWFA209B CWFA210 CWFA210A CWFA210B CWFA211 CWFA211A
      CWFA211B CWFA212 CWFA212A CWFA212B CWFA213 CWFA213A
      CWFA213B CWFA214 CWFA214A CWFA214B CWFA215 CWFA215A
      CWFA215B CWFA216 CWFA216A CWFA216B CWFA217 CWFA217A
      CWFA217B CWFA218 CWFA218A CWFA218B CWFA219 CWFA219A
      CWFA219B CWFA220 CWFA220A CWFA220B CWFA221 CWFA221A
      CWFA221B CWFA222 CWFA222A CWFA222B CWFA223 CWFA223A
      CWFA223B CWFA224 CWFA224A CWFA224B CWFA225 CWFA225A
      CWFA225B CWFA226 CWFA226A CWFA226B CWFA227 CWFA227A
      CWFA227B CWFA228 CWFA228A CWFA228B CWFA229 CWFA229A
      CWFA229B CWFA230 CWFA230A CWFA230B CWFA231 CWFA231A
      CWFA231B CWFA232 CWFA232A CWFA232B CWFA233 CWFA233A
      CWFA233B CWFA234 CWFA234A CWFA234B CWFA235 CWFA235A
      CWFA235B CWFA236 CWFA236A CWFA236B CWFA237 CWFA237A
      CWFA237B CWFA238 CWFA238A CWFA238B CWFA239 CWFA239A
      CWFA239B CWFA240 CWFA240A CWFA240B CWFA241 CWFA241A
      CWFA241B CWFA242 CWFA242A CWFA242B CWFA243 CWFA243A
      CWFA243B CWFA244 CWFA244A CWFA244B CWFA245 CWFA245A
      CWFA245B CWFA246 CWFA246A CWFA246B CWFA247 CWFA247A
      CWFA247B CWFA248 CWFA248A CWFA248B CWFA249 CWFA249A
      CWFA249B CWFA250 CWFA250A CWFA250B CWFA251 CWFA251A
      CWFA251B CWFA252 CWFA252A CWFA252B CWFA253 CWFA253A
      CWFA253B CWFA254 CWFA254A CWFA254B CWFA255 CWFA255A
      CWFA255B CWFA28 CWFA28A CWFA34 CWFA34A CWFA34B
      CWFA35 CWFA35A CWFA35B CWFA36 CWFA36A CWFA36B
      CWFA37 CWFA37A CWFA37B CWFA38 CWFA38A CWFA38B
      CWFA39 CWFA39A CWFA39B CWFA43 CWFA43A CWFA43B
      CWFA44 CWFA44A CWFA44B CWFA46 CWFA46A CWFA46B
      CWFA47 CWFA47A CWFA47B CWFA48 CWFA48A CWFA49
      CWFA49A CWFA70 CWFA70A CWFA71 CWFA71A CWFA75
      CWFA75A CWFA77 CWFA77A CWFA78 CWFA78A CWFA94
      CWFA94A CWFA96 CWFA96A CWTAF CWTAK CWTAS
      DZW_AOG DZW_AUG FBA_AOG FBA_AUG FLR_AOG FLR_AUG
      FNS_AOG FNS_AUG FRK_AOG FRK_AUG FST_AOG FST_AUG
      FVA_AOG FVA_AUG FWL_AOG FWL_AUG GRAOFLOGIN GRAONLOGIN
      HLOFFLOGIN HLONLOGIN KLOGIN LUEN1LOGIN LUEN2LOGIN LUEN3LOGIN
      MDR_AOG MDR_AUG MWNTKB MWNTKB0 MWNTKB1 MWNTKB10
      MWNTKB11 MWNTKB12 MWNTKB13 MWNTKB14 MWNTKB15 MWNTKB16
      MWNTKB17 MWNTKB18 MWNTKB190 MWNTKB191 MWNTKB192 MWNTKB193
      MWNTKB194 MWNTKB195 MWNTKB196 MWNTKB197 MWNTKB198 MWNTKB199
      MWNTKB2 MWNTKB20 MWNTKB21 MWNTKB22 MWNTKB23 MWNTKB24
      MWNTKB25 MWNTKB3 MWNTKB4 MWNTKB5 MWNTKB6 MWNTKB7
      MWNTKB8 MWNTKB9 NLS_AOG NLS_AUG RLX_AOG RLX_AUG
      SGIDB1 SGIDB2 SGIDB3 SLOGIN TKMWLMW TKMWLNA
      TKMWLNW VARDEF VVR_AOG VVR_AUG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWCANKBI CWCS_0_A CWCS_1_A CWDEZWO CWGGFGRH CWGRABH
      CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A CW_CAN_R_5___A
      CW_CAN_R_6___A CW_CAN_R_7___A KVNPZ LRNVB_T MDNORM TKWFS
      TVETRMN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abo afmimn afmimx afnmn afnmx agrvpa_w
      anosa_w anzdyn apdkt avdtev avnohkk_w bbdcy
      bbwuc bdemodko bdemod_w B_aabks B_abgle B_adbks
      B_adesuf B_adlrnerf B_afklt B_afkpvdke B_afupsrl B_afupsrle
      B_afwrm B_agraden B_airbag B_airbz B_aircan B_aktskr
      B_amsndkoe B_apbrint B_apbrinte B_apslmdse B_apsmldse B_atmtpa
      B_atmtpk B_atr B_autget B_bag B_bevab B_bh
      B_bkvnpler B_bl B_bm B_br B_br2k B_brems
      B_cankbi B_cddsbkv B_crcan B_desend B_desenfa B_deserf
      B_desertbg B_dguddbks B_dknolu B_dktb B_dktens B_dktm
      B_dktsbs B_dktsps B_dkvsf B_dlahieg B_dlash B_dllr
      B_drlmx B_ds B_dteaa B_dteaam B_dteabu B_dteabum
      B_dteanfl B_dteendl B_dtelnm B_dtepf B_dteres B_dtes
      B_dtest B_dtezam B_dtmbh B_dushsch B_dylsu B_dylsuav
      B_ebkvl B_edkvs B_ehfs B_ehlsu B_eiansch B_ekp
      B_ekponbks B_elaof B_elbkfa B_elsu B_elsuwi B_elzsr
      B_enkbagr B_enlash B_enofagr B_enohkmn B_enohkmx B_enosig
      B_entest B_epwmcs B_erdbksx B_erdbksy B_erimn B_erimsmn
      B_erimxoe B_erinohtb B_eritboe B_eshlsu B_etafix B_eunosmn
      B_eunosmx B_euo2mn B_euo2mx B_evloc B_evpmn B_evpmx
      B_evsmn B_evssbmn B_evssbmx B_faatlb B_falsu B_fgblagrs
      B_fgratc B_fgren B_fgrhsc B_fgrsec B_fgrtdc B_fgrtuc
      B_fgrwac B_fkagreg B_fkahsu B_fklanf B_fkmsmn B_fkmsmx
      B_fkpvdk B_fkpvmn B_fkpvmx B_fofstp B_fonstp B_for
      B_for00 B_for01 B_for02 B_for03 B_for04 B_for05
      B_for06 B_for07 B_for08 B_for09 B_for10 B_for11
      B_for12 B_for13 B_for14 B_for15 B_for16 B_for17
      B_for18 B_for19 B_for20 B_for21 B_for22 B_for23
      B_forn B_forn01 B_forn02 B_forn03 B_forn04 B_forn05
      B_forn06 B_forn07 B_forn08 B_fprakt B_fproe B_fprook
      B_fprordy B_fprovb B_fprrdy B_fprzab B_fprze B_fprzok
      B_fprzvb B_frmax B_frmin B_frsteb B_fs B_furena
      B_fztafx B_gae B_gaefra B_gaeing B_heatf B_helsu
      B_henrin B_heulsu B_hlsumx B_hnoenpi B_hnovalid B_hpllsue
      B_hrlsaus B_hrlsunp B_hstlsua B_hsv B_hsve B_iagbks
      B_ieatnv B_igsbks B_ildkt B_kd B_kh B_kmtre
      B_ko2vke B_koe B_kosrc B_kpl B_kr B_krdws
      B_krldy B_krndy B_ktaabks B_kuppl B_lalgf B_lamabg
      B_lambts B_lamfas B_lamka B_lamlash B_lamnswl B_lamverg
      B_lbklrnef B_lbklvb B_ll B_llhzta B_lr B_lrafra
      B_lraora B_lrhk B_lrhkp B_lrka B_lrnakt B_lrnerf
      B_lrnrdy B_lrnvb B_lrnws B_lsahksp B_lshkpft B_lshkpmr
      B_lshswok B_lsuabgl B_lsufta B_lsuftb B_lsuiamn B_lsuiamx
      B_lsulone B_lsumra B_lsumrb B_lsumx B_lsuna B_lsupft
      B_lsupmr B_lsures B_lsuril B_lsuunmn B_lsuunmx B_lsuvmmn
      B_lsuvmmx B_lues1 B_lues2 B_luft B_lustop B_madfk
      B_madfs B_madko B_madll B_maxflsu B_mdarv B_mdkat
      B_mdstop B_mibeg B_mil B_milabg B_milkat B_milstp
      B_minflsu B_misfire B_mldyn B_msvakt B_msvdb B_nac
      B_nlel B_nlpe B_nlperf B_nlsgls B_nmot B_nodfr
      B_noh B_nohdfr B_nohhe B_nohkh B_nohnoh B_nohpomn
      B_nohpomx B_nok B_nonohh B_nonohk B_noofacn B_noofacx
      B_nooffen B_nooffex B_noppact B_noppomn B_noppomx B_noris
      B_nosbb B_nosppf B_novalid B_nowuc B_nphsv B_nplflsu
      B_nplsv B_npsna B_npvshns B_nwflade B_nwrpose B_nws
      B_ofagreg B_ofagrmn B_ofagrmx B_phad B_phade B_phnohk
      B_plenvh B_pusab B_pvla1h B_pvlamsc B_pvlasa B_pvposz
      B_pwf B_ricalf B_rinabg B_rineza B_rinnp B_rmsval
      B_sa B_sadagr B_salb B_salsu B_salsums B_sav
      B_sbbhk B_sbblsu B_sbbvk B_sfsc B_sh_act B_sh_mvw
      B_sigflsu B_skpok B_sksc B_smndbks B_spsa B_steigm
      B_suaus B_swgddbks B_swnplbks B_swzgbks B_synph B_syserrk
      B_taagr B_tahrmn B_tahrmx B_tal B_talval B_tehb
      B_teslash B_teviol B_tevnio B_tkpda B_trip B_trkh
      B_tsuzwm B_umaabr B_umae B_umauab B_ushkf B_ushkm
      B_ushsch B_vekat B_vhlsu B_vl B_vldagr B_vlsumrs
      B_zadbks B_ztafix B_zwp cmibeg_w cserk ctrerf1
      ctrzyf0 ctrzyf1 d1fkmsdk_w d2fkmsdk_w dcycnt dcyctab
      dfseresz dkmts dkvbde_s dlahi_w dlahp_w dlamatr_w
      dlambts_w dlashkm_w dmdafmb dmdlfmb dmdsfmb_w dmletanf_w
      dmletan_w dmllri_w dmllr_w dmrlash_w dmvadko_w dmvadll_w
      dmvad_w dpslmds_w drlfue_w dtmabsta dtmbhb dtmtka
      dulsuhe_w dwkrz dwmsvo_w dwmsvs_w dwmsvvst_w dwnwsp_w
      dwped dynlsu_w dzlsu_w EEPROM_AAG erpslm_w etazwbm
      extk_w facipkr_w fcmEnd fdmd fgdkt_w fho
      fkatei fkblagrs_w fkblagr_w fkfupsrl_w fkmsdks_w fkmsdk_w
      fkpvdkg_w fkpvdk_w flakh fprstep_c fprtim_c fpvdk
      fra_w frm_w fr_w fspad_w fspamw_w fspa_w
      ftead_w ftefsoll_w ftefva_w fzabgs_w fzabg_w fzmd
      gangi hdrerrf_w hdrerri_w hoscfkm_w igokr_w ikakdiff_w
      ikakormf_w ikakreff_w ikrma ikrmet ilmlktx_w imkkvs_w
      imlatm_w imlbbo imllaka_w imllfka_w imlplhe_w ivzabg_w
      kldfpwm kmdp1km_w kmstmil_w kmst_w ko2vkin_w ko2vki_w
      krivk_w ksta0 ksta1 ksta2 kstaa kusvkft_w
      kusvk_w kvakbi_w ladiff_w lambts_w lamdkt_w lamfa_w
      lamhhk_w lamlash_w lamnohk_w lamsbg_w lamsoni_w lamsons_w
      lamzak_w lbkist_w lbksol_w lbz lrnstat lrnstepa
      lrnstep_c lrntim_c lrnvb_c lsunpstat m6wktsp_w mds_w
      mdverb mdverl_w miasrl_w miasrs_w mifab_w mifafu_w
      mifa_w miges_w migs_w miist_w milsol_w mimax_w
      mimin_w misol_w miszul_w mizsol_w mkolsc ml
      ml_w mnno_w modentpr mrfa_w mrfgr_w mrped_w
      msabg_w msab_w msdk_w mshfm_w msnagr_w msndko_w
      msnovkf_w mspcv mstedtef_w msusp_w ndsalsu nllkh
      nlp1tim nlsuiaf nlsuunf nlsuvmf nmot nmotll
      nmot_w nofist_w nofmx_w nohkerr_w nohknr nohkper_w
      nohkpnr nohkpof_w nohkpter_w nohksroh_w nohks_w nohkterr_w
      nsol ntkdt o2vk_w ofmsndk_w ofpbrint_w ofvpagr_w
      ora_w oscdfkn_w oscdkta_w oscdktf_w oscdktm_w oscdktn_w
      oscdktr_w oscdktt_w oscdkt_w oscfkn_w palsu_w pbkist_w
      pbksadg_w pbksadr_w pbksia_w pbksoll_w pbksowd_w pbksowf_w
      pbkvmod_w pistnd_w pkodrc pksbksr_w prdr_w prhlsub_w
      prhrlsu_w prioko prist_w prsoll_w psdmn_w psdmx_w
      psdssi_w psdss_w psrext_w ps_w pte_w pus_w
      pvdk pvdkds_w pvdks_w ready rinh_w rinlsu_w
      rino_w rkrn_w rkte_w rk_w rl rlp
      rlsol_w rl_w rmstevuf_w rmstev_w rrext_w sdulsumx_w
      statagrkta statagrkts statgra S_fgrat S_fgrhs S_fgrsv
      S_fgrwb taagr taagr_w tabgm tabst_w tadsv
      tadtea tahrlsu_w tamax tamin tans tanslin
      tanvkd_w tateist tateout tatesoll tavsom_w tavvkm_w
      te_w thxlsum_w tikatm_w timxth_w timx_w tiout_w
      tka tkaakts tkaaktz tkalin tkasoll tkatm
      tkerdcmn_w tkerlsu_w tkihkm_w tkivkm_w tkkta tlrs_w
      tmadb tmew tmki tmkic tmot tmotlin
      tmotlinst tmotsoll tmrw tmrwend tmst tnlkmtr_w
      tnse_w tnst_w tolc top_w tskmn_w tskmx_w
      tumc tumg tvhnohk_w tvkmtr tvlues1 tvlues2
      tvluesic tvluessc ua10mo_w uagrvpo_w ub ubrsq
      ubsq udknlp1r udknlp2r udkp1asr_w udkp1a_w udkp1_w
      udkp2asr_w udkp2a_w udkp2_w udsl_w udst_w udsu_w
      uhepoti uhfm_w ukdsbks_w ulbkoffs_w upwg1_w upwg2_w
      upwkd_w ushk ushksteig usvkk_w uuagrvp_w uulsuv_w
      uuvsnohk_w vfil_w vfzg vfzroh_w vkr vziel_w
      wdk1 wdk2 wdk3 wdkada_w wdkba wdkfmn_w
      wdkfmx_w wdks wistr_w wkr wkra wkrdya
      wkrm wkrma wnwim_w wnwi_ad_w wnwkor_w wnwkwas_w
      wnwsp_w wped_w wsist_w wtans wtmot_w wtol
      wub wubr wuccnt zbeztafix zfzptafx zgst_w
      zhklsu zlkd zllptafx zlrs_w zwbas zwist
      zwout zwsol zzuend
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_aagsg B_acc B_accen B_craus B_fa B_faa
      B_faadagl B_faadkl B_faagr B_faam B_faan B_faatm
      B_fabks B_fabkv B_fadesu B_fadylsu B_fadylsu2 B_faevz
      B_faezla B_fafrst B_fahsh B_fakat B_fakat2 B_fakd
      B_fakmtr B_fakrs B_fakth B_fakth2 B_falbk B_faldp
      B_falr B_falra B_falrsfk B_falrshk B_falrshk2 B_falsf
      B_falsf2 B_falsfhv B_falsfhv2 B_falsh B_falshv B_falsv
      B_falsv2 B_falues B_falzsr B_famsv B_fan B_fanohk
      B_fanwkw B_fanws B_fanwsa B_fanwse B_faobv B_fapllsu
      B_fapllsu2 B_fasalsu B_fasf B_fasf2 B_fash B_fash2
      B_faskno B_faskno2 B_fasls B_fates B_fatnv B_fatnv2
      B_fatp B_fatp2 B_fatv B_fatv2 B_fgrte B_grdst
      B_hlon B_kstebf B_lrndia B_luef1 B_luef2 B_luef3
      vstagr vstcns vstdzw vstfba vstfns vstfrk
      vstfst vstfva vstfwl vstlr vstmdr vstnls
      vstrlx vstvvr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TKSTA
    "3.151     Testerkommunikation; Stellgliedansteuerung"

    /begin DEF_CHARACTERISTIC
      CWKUEKD CWSTAKD CWSTAKD2 CWSTEVKD
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hlon B_slsfz nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_sttakt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TN
    "3.20      Drehzahlmesser Signal"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_syn zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TREV_OV
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_trev_inc trevovCtr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    TUNING
    "Tuningschutz"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SGIDB5
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFACCC
    "7.10      EGAS Überwachungskonzept: ACC Eingangssignalüberwachung der Funktionüberwachung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_noacc_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFEING
    "14.20     EGAS Überwachungskonzept: Eingangssignalübernahme für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_fr B_notlu_fr B_ub_ok tans tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tans_um tmot_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFEINS
    ""

    /begin DEF_CHARACTERISTIC
      NMV08_UM RLV08_UM SPSNV08_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_um rl_um spsn_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      nmst08_um rlst08_um spsnst08_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFFGRC
    "19.10     EGAS Überwachungskonzept: FGR-Überwachung der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      VMIN_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fgr mifa vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fgr_um mfgr_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFFGRE
    "14.20     EGAS Überwachungskonzept: FGR-Eingangsinfos für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      BGRA_T_UM BRACC_T_UM BREMS_T_UM BRESP_T_UM DBGRAMX_UM DBGRA_T_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWGRABH
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_bkva B_bkvv B_fabr B_fgrab S_bls
      S_brs S_fgrat S_fgrhs S_fgrsv S_fgrwb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bgrae_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      b2gra_um b3gra_um bgra_c_um bracc_c_um brems_c_um bresp_c_um
      bzgra_a_um bzgra_um B_graat_um B_graen_um B_grahe_um B_grahs_um
      B_grase_um B_gratd_um B_gratu_um B_grawa_um dbgra_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFGKC
    "19.30     Überwachung Gemischkorrekturfaktoren für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      FR_MX_UM FVSTMX_UM GKC_T_UM LAMS_MN_UM LAMS_MX_UM NGKC_UM
      RKAMX_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_BDE_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um fra2_w fra_w frksch_um frm2_w frm_w
      fvst_w lamsbg2_w lamsbg_w nmot_um rka2_w rka_w
      rkkh_um rks_um rkte_w rlfg_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_gkc_um frkvst_um klams_um rl_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      gkc_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFMIST
    "19.10     EGAS Überwachungskonzept: Ist-Moment der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      KFMI_UM KFZW_UM KLETAZW_UM KLFAKSP_UM KLZL1_UM KLZL2_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NMV08_UM RLV08_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      frksch_um lamb1_um lamb2_um nmot_um nmst08_um rlst08_um
      rl_um zw1_um zw2_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mi_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzw1_um dzw2_um dzw_um etafrks_um etazw_um miopt_um
      zwopt_um zwout_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFMSRC
    "29.10     EGAS Überwachungskonzept: MSR-Eingriff-Überwachung für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      BZ_MSR_UM DBZ_MN_UM DBZ_MX_UM MSRC_T_UM NOASR_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bz_msr B_nomsr_fr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nomsr_um ei_msrc_um mmsr_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bzmsr_a_um B_nkons_um msrc_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFMVER
    "19.10     EGAS Überwachungskonzept: Momentenvergleich der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      MVER_T_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um mi_um mzf_um mzo_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_mver_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mdif_w_um mver_c_um mzfo_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFMZF
    "19.10     EGAS Überwachungskonzept: Momentenfilter für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      MZFFIL_UM MZFTV_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mz_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mzf_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mzf_low_um mzf_ptr_um mzf_reg_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFMZUL
    "19.10     EGAS Überwachungskonzept: zulässiges Moment der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      KFDMP_UM_0 KFDMP_UM_1 KFDMT_UM_0 KFDMT_UM_1 KFMOF_UM KFPZU_UM_0
      KFPZU_UM_1 KLLLRZU_UM KLMIMAX_UM KLMIMIN_UM KLMZUMN_UM MDV08_UM
      SPSNLL_UM TMOMIN_UM TMOV08_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NMV08_UM SPSNV08_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mfgr_um mmsr_um mrlini_um msgs_um nmot_um nmst08_um
      spsnst08_um spsn_um tmot_um vkpedch_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_klmzu_um mzo_um mz_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mdst08_um mped_um tmost08_um tmotmn_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFNC
    "3.20      EGAS Überwachungskonzept: N-Überwachung für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      NC_T_UM NDIF_UM NMIN_UM TZTOL_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_nc_um nmot_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nc_c_um nz_um talt_um tcap_um zalt_um zcap_um
      zsync_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFNSC
    "2.10      EGAS Überwachungskonzept: Nachstartüberwachung für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      NSC_T_UM NSOF_T_UM N_START_UM N_STEND_UM TANSMN_UM TMNSMN_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_um tans_um tmot_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mzns_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nsc_c_um nsof_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFREAC
    "19.10     EGAS Überwachungskonzept: Fehlerreaktionsüberw.d.Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      KLNPED_UM NMXSKA_UM NOREA_UM NSKAZO_UM REAC_T2_UM REAC_T3_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      azoffmsk_w evz_austot nmot_um spsn_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_reac_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nska_um reac_c2_um reac_c3_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFRKC
    "19.10     Kraftstoffsignalüberw. auf Basis Lambda für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      KLAMNFL_UM KLAMTTV_UM KLAMXFL_UM KLULSMN_UM KLULSMX_UM LSU_T_UM
      MODRLUF_UM MZRL_UM NRKCS_UM NRKC_UM RKC_T_UM URLUF_T_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_BDE_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bdemodst B_hom B_nlh B_sbblsu klams_um nmot_um
      rlfg_um uulsuv2_w uulsuv_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bdemod_um B_nlhf_um ei_rkc_um mrlini_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      klamnf_um klamn_l_um klamt_p_um klamt_r_um klamxf_um klamx_l_um
      lsu_c_um rkc_c_um ulsmn_um ulsmx_um ulsu_um urluf_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFRKTI
    "3.20      Kraftstoffsignalüberw. auf Basis ti für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      DPR_T_UM FRKMN_UM FRKMX_UM FZGMX_UM KLEWEB_UM KLTIPR_UM
      KLTVTS_UM NRKTI_UM PRMIN_UM RKTI_T_UM RKTO_UM TVESDEL_UM
      TVTSO_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ZYLANZ_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_basch B_i_ska_um fzg_w nmot_um prista_w rkkh_w
      rksa_w tixh tix_w tiy_w wesby_w zzylh
      zzyls
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_pr_um ei_rkti_um etaaus_um frksch_um lamb1_um lamb2_um
      prist_um rkkh_um rks_um wesby_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpr_c_um fzg_um rksi_um rkti_c_um rkx_um rky_um
      rk_um tikrpr_um tvts_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFRLC
    "13.10     EGAS Überwachungskonzept: Lastsignalüberw. für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      IP1A_MX_UM IP2A_MN_UM IPA_T_UM KFRLIP_UM NRLIP_UM RLIPFIL_UM
      RLIPTV_UM RLIP_T_UM RL_BO_UM RL_MO_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dkp2e B_i_ska_um iUipoti1_w iUipoti2_w nmot_um rl
      rlfg_w rl_w udkp1a udkp2a
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_ipa_um ei_rlc_um ei_rlip_um rlfg_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ipa_c_um ipsn_um rlf_ptr_um rlf_reg_um rlipf_low_um rlipf_um
      rlip_c_um rlip_um rlzo_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFSGSC
    "21.10     EGAS Überwachungskonzept: SGS-Eingriff-Überwachung für die Funktionsübersicht"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nosgs_um ei_sgsc_um msgs_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFSPSC
    "2.40      EGAS Überwachungskonzept: Pedal-Sollwert-Ü. für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      SP12LL_UM SP12VG_UM SPSC_MINUM SPSC_T_UM SPSVG_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um B_pwgnotfr B_sp1s B_sp2s B_spsmin iUspoti1_w
      iUspoti2_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_pwgnotum ei_spsc_um spsn_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      sp1s_um sp2s_um spsc_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFURAM
    ""

    /begin DEF_CHARACTERISTIC
      CW_BDE_UM RST_TV_UM UMECRST_TV_UM UMRST_TV_UM WAIT_T_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      b_flags_um B_i_ska_um d_flags_um f_flags_um n_flags_um ram_c_um
      reac_c_um reset_indication_um romErrPage romz_c_um rst_tv r_flags_um
      srst_c_um s_flags_um t_flags_um umrst_c_um wri_c_um z_flags_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_accak_um B_accen_um B_accof_um B_bboak_um B_bboe_um B_bbovf_um
      B_brems_um B_brfgr_um B_bsl_um B_dcdis_c_um B_dcdis_um B_fabr_um
      B_fgrca_um B_fgrenold_um B_fgren_um B_fgron_um B_fgr_um_c B_i_ska
      B_kkl_um B_ll_um B_msthw_um B_mzns_c_um B_nlh_um B_nobrs_um
      B_nome_c_um B_notlu B_notst_um B_nsakt_um B_nsend_um B_res_um
      B_rlini_um B_rluf_um B_sgsmx_um B_ubska_c_um B_ub_ska B_vzl_um
      B_wal_um ei_sgso_um S_schao_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFVARC
    "2.10      EGAS Überwachungskonzept: Variantencodierungsüberwachung der Funktionsüberwachg."

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_varc_um vkpedch_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      varc_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UFZWC
    "18.10     EGAS Überwachungskonzept: ZW-Überwachung für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      ZWC_T_UM ZYLANZ_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um zwout zwoutcpl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_zwc_um zw1_um zw2_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      zwc_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    UMKOM
    "19.10     EGAS Überwachungskonzept: Frage/Antwort-Kommunikation zw. UM und FR"

    /begin DEF_CHARACTERISTIC
      AUSC_A_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      UMECRST_TV_UM UMRST_TV_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um B_ubdve nmot umrst_c_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      auscf_c_um ei_ubr_um uma2_res umErrorCtr2Fr umErrorCtrFr umErrorCtrUm
      umErrorTarget umReceiveCtrEC
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ausc_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URADCC
    "15.10     EGAS Überwachungskonzept: AD-Wandler-Test"

    /begin DEF_CHARACTERISTIC
      ADCC_T_UM SP1ADC_DIF SP1_STAT SP1_STAT_T
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_fr B_i_ska_um B_notlu_fr B_pwgnotum iUspoti1_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_adcc_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      adcc_c_um sp1p_a_um sp1p_st_um sp1s_a_um sp1s_st_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URAUSG
    ""

    /begin DEF_CHARACTERISTIC
      AUSGH_T_UM AUSG_T_UM AUSZH_T_UM AUSZH_T_UR AUSZ_T_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ausgh_c_um ausg_c_um auszh_c_um ausz_c_um
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCFGRC
    ""

    /begin DEF_CHARACTERISTIC
      FGRC_BFGR_DAT_UC FGRC_MIFA_DAT_UC FGRC_SFLAGS_DAT_UC FGRC_TFLAGS_DAT_UC FGRC_VFZG_DAT_UC VMIN_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abfgrc_uc B_fgr_bt B_fgr_uc mfgr_uc mifa_bt vfzg_bt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCGKC
    ""

    /begin DEF_CHARACTERISTIC
      FR_MX_UC FVSTMX_UC GKC_BFLAGS_DAT_UC GKC_C_DAT_UC GKC_FRA1_DAT_UC GKC_FRA2_DAT_UC
      GKC_FRKSCH_DAT_UC GKC_FRM1_DAT_UC GKC_FRM2_DAT_UC GKC_FVST_DAT_UC GKC_LAMS1_DAT_UC GKC_LAMS2_DAT_UC
      GKC_NMOT_DAT_UC GKC_RKA1_DAT_UC GKC_RKA2_DAT_UC GKC_RKKH_DAT_UC GKC_RKS_DAT_UC GKC_RKTE_DAT_UC
      GKC_RLFG_DAT_UC GKC_RLV08_UC GKC_T_UC LAMS_MN_UC LAMS_MX_UC NGKC_UC
      RKAMX_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_BDE_UC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_uc frksch_uc nmot_uc rlst08_uc rl_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abgkc_uc ei_gkc_uc fra2_bt fra_bt frkvst_uc frm2_bt
      frm_bt fvst_bt klams_uc lamsbg2_bt lamsbg_bt rka2_bt
      rka_bt rkkh_uc rks_uc rkte_bt rlfg_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      gkc_c_uc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCMIST
    ""

    /begin DEF_CHARACTERISTIC
      KFMI_UC KFZW_UC KLETAZW_UC KLFAKSP_UC KLZL1_UC KLZL2_UC
      MIST_FRKSCH_DAT_UC MIST_LAMB1_DAT_UC MIST_LAMB2_DAT_UC MIST_NMOT_DAT_UC MIST_NMV08_UC MIST_RLV08_UC
      MIST_RL_DAT_UC MIST_ZW1_DAT_UC MIST_ZW2_DAT_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_uc nmst08_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmist_uc mi_uc rlst08_uc rl_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzw1_uc dzw2_uc dzw_uc etafrks_uc etazw_uc frksch_uc
      lamb1_uc lamb2_uc miopt_uc zw1_uc zw2_uc zwopt_uc
      zwout_uc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCMSRC
    ""

    /begin DEF_CHARACTERISTIC
      BZ_MSR_UC DBZ_MN_UC DBZ_MX_UC MSRC_BMSR_DAT_UC MSRC_BZMSRA_DAT_UC MSRC_BZMSR_DAT_UC
      MSRC_C_DAT_UC MSRC_MDASRL_DAT_UC MSRC_MDASRS_DAT_UC MSRC_MDMSR_DAT_UC MSRC_SBIT_DAT_UC MSRC_T_UC
      NOASR_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmsrc_uc B_nomsr_bt B_nomsr_uc ei_msrc_uc mmsr_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bzmsr_a_uc bz_msr_bt B_nkons_uc msrc_c_uc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCMVER
    ""

    /begin DEF_CHARACTERISTIC
      MVER_C_DAT_UC MVER_MI_DAT_UC MVER_MZF_DAT_UC MVER_MZO_DAT_UC MVER_RFLAGS_DAT_UC MVER_T_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_uc mi_uc mzf_uc mzo_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmver_uc ei_mver_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mdif_w_uc mver_c_uc mzfo_uc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCMZF
    ""

    /begin DEF_CHARACTERISTIC
      MZFFIL_UC MZFTV_UC MZF_LOW_DAT_UC MZF_MZF_DAT_UC MZF_MZ_DAT_UC MZF_PTR_DAT_UC
      MZF_REG_DAT_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mz_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmzf_uc mzf_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mzf_low_uc mzf_ptr_uc mzf_reg_uc mzf_x_uc mzf_y_uc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCMZUL
    ""

    /begin DEF_CHARACTERISTIC
      KFDMP_UC_0 KFDMP_UC_1 KFDMT_UC_0 KFDMT_UC_1 KFMOF_UC KFPZU_UC_0
      KFPZU_UC_1 KLLLRZU_UC KLMIMAX_UC KLMIMIN_UC KLMZUMN_UC MDV08_UC
      MZUL_MFGR_DAT_UC MZUL_MMSR_DAT_UC MZUL_MRLINI_DAT_UC MZUL_MSGS_DAT_UC MZUL_NFLAGS_DAT_UC MZUL_NMOT_DAT_UC
      MZUL_NMV08_UC MZUL_SFLAGS_DAT_UC MZUL_SPSNV08_UC MZUL_SPSN_DAT_UC MZUL_TMOT_DAT_UC MZUL_VKPEDCH_DAT_UC
      SPSNLL_UC TMOMIN_UC TMOV08_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mfgr_uc mmsr_uc mrlini_uc msgs_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmzul_uc B_klmzu_uc mzo_uc mz_uc nmot_uc nmst08_uc
      spnst08_uc spsn_uc tmot_uc vkpedch_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mdst08_uc mped_uc tmost08_uc tmotmn_uc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCPU
    "19.10     EGAS Überwachungskonzept: Befehlstest mit Ebene 2'"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abfgrc_uc abgkc_uc abmist_uc abmsrc_uc abmver_uc abmzf_uc
      abmzul_uc abreac_uc abrkc_uc absgsc_uc uma2_res
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCRAM
    ""

    /begin DEF_CHARACTERISTIC
      CW_BDE_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      b_flags_uc B_i_ska_uc d_flags_uc f_flags_uc n_flags_uc r_flags_uc
      s_flags_uc t_flags_uc z_flags_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCREAC
    ""

    /begin DEF_CHARACTERISTIC
      KLNPED_UC NMXSKA_UC NOREA_UC NSKAZO_UC REAC_AZOFFM_DAT_UC REAC_C2_DAT_UC
      REAC_C3_DAT_UC REAC_EVZAUS_DAT_UC REAC_NMOT_DAT_UC REAC_RFLAGS_DAT_UC REAC_SPSN_DAT_UC REAC_T2_UC
      REAC_T3_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_uc spsn_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abreac_uc azoff_w_bt evz_aus_bt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nska_uc reac_c2_uc reac_c3_uc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCRKC
    ""

    /begin DEF_CHARACTERISTIC
      FVST_UC GKC_REG_DAT_UC KLAMNFL_UC KLAMTTV_UC KLAMXFL_UC KLULSMN_UC
      KLULSMX_UC LSU_T_UC MODRLUF_UC MZRL_UC NRKCS_UC NRKC_UC
      RKC_BDEMODST_DAT_UC RKC_BFLAGS_DAT_UC RKC_BHOM_DAT_UC RKC_BNLH_DAT_UC RKC_BSSBLSU_DAT_UC RKC_CLSU_DAT_UC
      RKC_CURLUF_DAT_UC RKC_C_DAT_UC RKC_KLAMNF_DAT_UC RKC_KLAMNL_DAT_UC RKC_KLAMS_DAT_UC RKC_KLAMXF_DAT_UC
      RKC_KLAMXL_DAT_UC RKC_NMOT_DAT_UC RKC_PTR_DAT_UC RKC_RLFG_DAT_UC RKC_T_UC RKC_UULSUV1_DAT_UC
      RKC_UULSUV2_DAT_UC URLUF_T_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_BDE_UC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      frkvst_uc klams_uc nmot_uc rlfg_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abrkc_uc bdemodst_bt B_hom_bt B_nlhf_uc B_nlh_bt B_sbblsu_bt
      ei_rkc_uc uulsuv2_bt uulsuv_bt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bdemod_uc gkc_x_uc gkc_y_uc klamnf_uc klamn_l_uc klamt_p_uc
      klamt_r_uc klamxf_uc klamx_l_uc lsu_c_uc mrlini_uc rkc_c_uc
      ulsmn_uc ulsmx_uc ulsu_uc urluf_c_uc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URCSGSC
    ""

    /begin DEF_CHARACTERISTIC
      SGSC_MSGS_DAT_UC
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      absgsc_uc B_nosgs_uc ei_sgsc_uc msgs_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URDELAY
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NOREA_UM RST_TV_UM WAIT_T_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      rst_tv
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      delayedTime_w rst_tv_active
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URMEM
    "3.20      EGAS Überwachungskonzept: Zyklischer Speichertest"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      urmcksc1 urmcksc2 urmcksda urmpatco
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URRAM
    "2.10      EGAS Überwachungskonzept: RAM-Test"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    URROM
    "2.20      EGAS Überwachungskonzept: ROM-Test"

    /begin DEF_CHARACTERISTIC
      CW_NOROMCHKRESET ROMRSTA_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nlsiko swOffDlBits
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      romRstC_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    VAR
    "347.20    Variantencodierung"

    /begin DEF_CHARACTERISTIC
      VARTAB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      vkABS vkAirbag vkCAN vkKlima
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    VAR_DST
    ""

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      VARDEF VARTAB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      pmcod_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    VMAXMD
    "1.30      Drehmomentanforderung von VMAX-Regelung"

    /begin DEF_CHARACTERISTIC
      CWDVMX KFMIRED NMINVMX SBF02MFSB SRL03MFUW TVMXPR
      VABSCH VHYST VMAXO VMAXP VVORH ZBFIL
      ZIVMAX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfzgl_b mifab_w miist_w nmot rl_w vfzg_w
      vstvvr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_vmax esst_sbf02mfsb esst_srl03mfuw mivmx_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bfzglf dmvmxi_w dmvmxp_w dvprae_w dvsi_w ivmax
      mired mivmxs vfzgpr_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    VPSKO
    "3.10      Koordination der Androsselanforderungen"

    /begin DEF_CHARACTERISTIC
      CWVPSKO PSHMMAP PSHOSAP PSSCHAP PSSKHAP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      PSPVDKUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmmfes B_homfes B_hosfes B_schfes B_skhfes psdtevm_w
      psmxagrs_w psmxbkvg_w psmxhmms_w psmxhoss_w psmxschs_w psmxskhs_w
      pstehmms_w psteschs_w pvdkds_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      psxhmms_w psxhoss_w psxschs_w psxskhs_w psxs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    VSTMSV
    "2.20      Vorsteuerung MSV"

    /begin DEF_CHARACTERISTIC
      CWVSTMSV FRKKMA KFMKRKMAS KFVSTMSVG KFVSTMSVO KLMKRDAF
      KRKMK MKRKMAH SNM08HDUW SPR06HDUW VSTMSVDTK ZVSTMSVDT
      ZVSTMSVDW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mivbeg_w nmot nmot_w prist_w prsoll_w rk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_msvkma dwmsvvst_w esst_snm08hduw esst_spr06hduw
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dmkrhdev_w prvst_w vstdta_w vstmsvga_w vstmsvoa_w vststa_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    WDKSOM
    "2.40      Berechnung Drosselklappensollwinkel ohne Momentenstruktur"

    /begin DEF_CHARACTERISTIC
      KFWDKSST KFWDKTHO KLWDKABST KLWDKPED KLWDKTAN NWDKSST
      TFWDKSOM TWDKRED TWDKSNST WDKSNLN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_enllri B_llrein B_nmin fho miist_w miszul_w
      nmot nmot_w tabst_w tans tmst wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_munst B_tfwdksom B_wdksom tfwdksom_w wdksom_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    WLMKAT
    "1.40      Magerer Warmlauf des Katalysators"

    /begin DEF_CHARACTERISTIC
      ASPELRD ASPELRMN CWWLMKAT FMLU FRRLUFAMN FRRLUMN
      FRRLUMX ILUINAB ILUOABMN INTLUST KFLULR KLLUREG
      LAMLOMSOL LUTSLRMX MIFAWMMX RRIEFSLRMN RRIELRED RRIELREMN
      TAGRON TANSWMMN TFAHRKLO TMOTWMMN TMOTWMMX TRRIELRE
      VFZGWMMX WISTWMMN WISTWMMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agr B_agron B_dash B_disagre B_enws B_homagrs
      B_ll B_mdzgstp B_nws B_st B_swe luts_w
      mifa_w nmot_w rl_w rriextfs_w rriext_w tans
      tmot vfzg_w wist_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hklom frrieslu_w lamloms_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_aspelr B_edaglr B_enaglr B_hkloman B_llatlr B_lurlr
      B_luwlm B_rrielre B_rrielru B_wablr B_zflr B_zfrlr
      B_zfslr intluin_w intluout_w luslr_w lutsdiff_w lutsm_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZGST
    "3.10      Zylindergleichstellung"

    /begin DEF_CHARACTERISTIC
      AELZGOV AZGHEAL FRTKT FTAUSTP FVSTTKT KASZGHOM
      KFZGVG KIVKMN KIVKMX KIVKOMP KIZGR KIZGVA
      KLZGAG KLZGAPS0 KLZGAPS1 KLZGAPS2 KLZGAPS3 KLZGLMN
      KPZGR KTEMXVA KZGDFAMX KZGHOMW0 KZGHOMW1 KZGHOMW2
      KZGHOMW3 KZGNGMX KZGNMN KZGNMX KZGRIMN KZGRIMX
      KZGSTMN KZGSTMX KZGVNMN KZGVNMX KZGVRKMN KZGVRKMX
      STI03FEUW STI04ZGUW TNSTZGST TZGVSTA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWZGST SNM05FEUW SRK03FEUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bdeminst B_cwzgst B_evloc B_fbm B_fonresf B_hmm
      B_hom B_mdein B_mderk B_nldg B_sa B_sch
      B_st B_swe esst_snm05feuw esst_srk03feuw fkatei fofstat
      lamsoni_w mfluts_w ngas_w nmot nmot_w rk_w
      ti_w tmot tnst_w zflutsn_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fonresz B_stpzgst B_zgen esst_sti03feuw esst_sti04zguw fzg_w
      nmxzgst
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zglim B_zgnl B_zgns B_zgoff B_zgrt B_zgst
      B_zgva B_zgvat cntakf_w cntzghl_w cntzgoff cntzgr
      cntzgv stpzgst_w zgdffuv0_w zgdffuv_w zghomh_w zghoml_w
      zghomm_w zgincvs_w zginstat zglim zgoff zgsumui_w
      zguhom_w zgui_w zgun_w zgup_w zguv_w zgu_w
      zgvcorr zgvkomp_w zgvmwh_w zgvmwl_w zgvmwm_w zgzy0akf
      zgzy1akf zgzy2akf zgzy3akf zgzyidx
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZGSTF7N
    "1.10      Normierung für Zylindergleichstellung-Istwert aus MED7"

    /begin DEF_CHARACTERISTIC
      MFLUTS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      luts_w nmot nmxzgst zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mfluts_w zflutsn_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      zfluts_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZUEINFO
    "1.20      Liefert Begleitinformationen zur Zündausgabe"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_zesync
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      zzaehl zzaehl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZUESCH
    "3.30      Grundfunktion Zündung im Schichtbetrieb"

    /begin DEF_CHARACTERISTIC
      FDZWIG KFDZWAGRS KFDZWSCH KFZWSCH SDP08ZUUB SRK12ZUUW
      ZWSCHAP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI12ZUUW SNM06ZUUW SNM08PS3UW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agr B_bersch B_homzwsch B_sch B_zwschap B_zwschhom
      esst_smi12zuuw esst_snm06zuuw esst_snm08ps3uw miglsol_w nmot_w ps
      psmxscst_w rkte_w rk_w rriext_w zzylzue
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dpsmxscs dzwbschar dzwzybs esst_sdp08zuub esst_srk12zuuw rkm_w
      zwsch
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzwagrs dzwsch kfzwsc
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZUESZ
    "6.10      Zündung, Berechnung Schließzeit"

    /begin DEF_CHARACTERISTIC
      CW_FUBND FFLDZ FSZTDY FSZTM FTUB FUBAOF
      FWNMOT KFFFANZ KFSZTSCH KFTSRL SZABMAX SZMAXINIT
      SZOUTMIN TSMNSA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmmhom B_hom B_homhmm B_homzwsch B_sa B_zwschhom
      nmot nmot_w rl_w tmot tseghi tseg_w
      ub zwcalcar zwout zzylzue
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ff B_hmmzwdi fubaanz offz_w szfuba_w szout_w
      sztcalc_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zb ftdy ftstm fub szoutmax_w szouttem_w
      szthom_w sztsch_w
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWBAS
    "4.10      Berechnung Zündwinkel für zwbasar"

    /begin DEF_CHARACTERISTIC
      ZWAPPL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hks B_hmm B_hmmhom B_hom B_homhmm B_llrein
      dwkrz dzwwl wkrdy zwgru zwgruhmm zwstt
      zzylh zzylzue
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      zwbas zwbasar
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zwgruhmm cyc_hmmhom cyc_hmmhoma cyc_homhmm cyc_homhmma cylnum
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWGRU
    "47.40     Grundzündwinkel"

    /begin DEF_CHARACTERISTIC
      DZWRAMP DZWRAMPAGR KFDZWHMM KFDZWHMML KFDZWKG KFDZWKGAGL
      KFDZWKGAGR KFZW KFZWHKS KFZWLB1
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM08PS3UW SNM10ZU1UW SNM16ZUUW SRK12ZUUW SRL08ZUUW SRL12ZUUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hks B_hksv B_hmm B_hmmhom B_hom B_homhmm
      B_hspmd dzwoag dzwol esst_snm08ps3uw esst_snm10zu1uw esst_snm16zuuw
      esst_srk12zuuw esst_srl08zuuw esst_srl12zuuw flb_w lambas_w lamsbg_w
      nmot_w rkm_w rl_w rriehsk_w rriext_w zzylzue
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hmmlog zwgru zwgruhmm zwnws
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zwagre B_zwramp B_zwrampa dzwhmml dzwkg dzwkgagr
      dzwkgagrm fagr zwagr zwcont zwcontagr zwkfzw
      zwkfzwhks zwnorm zwnwsnorm
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWHMM
    "2.10      Deltazündwinkel in Abhängigkeit von lambda bei BDE,"

    /begin DEF_CHARACTERISTIC
      DZWOLA DZWOLAL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFDZWKG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmm flb_w lamsbg_w nmot_w zzylh
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dzwhmmar dzwkgar
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzwkghmm dzwolhmm
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWLIM
    "2.20      Früh- Zündwinkelbegrenzung für zwsol bei BDE"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmm B_hom B_sch B_zwumsch dzwhmmar dzwkgar
      zwbasar zzylzue
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      zwlimar zzylzueold
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hmmzwf B_homzwf B_ztrans zflghmm zflghom zzylbeg
      zzylend zzylnmctr
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWMIN
    "14.60     Berechnung des spätest erlaubten Zündwinkels"

    /begin DEF_CHARACTERISTIC
      CWKHZW CWZWMNUM DNTIPDYN DNZWMN DZWAML DZWDYN
      DZWSPM FWLBKZWMN FZWKHMX KFDZMNST KFZWMN KFZWMNHSP
      KFZWMNKH KFZWMNLB KFZWMNST KFZWMNUM KFZWMS KFZWMSLB
      KLFZWMNKH KLFZWMNST SNM04ZUUW SNS04ZUSB TTIPINEN TTIPINON
      TVZWMSA TVZWMSE ZWSPTIP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ETADZW SNM16ZUUW SRL12ZUUW STM08__UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bdeminst B_hkss B_hksv B_hom B_kh B_kuppl
      B_kw B_ll B_llrein B_munst B_sa B_smeus
      B_st dns dzwoag esst_snm16zuuw esst_srl12zuuw esst_stm08__ub
      fmdkh gangi lbkist migs_w misolv_w misol_w
      ml ngfil nmot nmot_w nstat redist
      rl rl_w tmot tnst_w zwist zwopt
      zwstt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_snm04zuuw esst_sns04zusb etazwmn etazwmns etazwmnum zwspae
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zwmnpst B_zwms dzmnoff dzwdyntp dzwmna dzwspae
      dzwspaes dzwspaeum dzwspma etamns fzwmn_w tzwmnnst_w
      zwlate zwmn zwmnd zwmnms zwmnnst zwmnt
      zwmnum zwramp zwspaehks
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWOUT
    "5.30      Berechnung Ausgabezündwinkel"

    /begin DEF_CHARACTERISTIC
      NACHZUEND WPHN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM08__UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmm B_hmmhom B_hom B_homhmm B_homzwsch B_zwsch
      B_zwschhmm B_zwschhom B_zwumsch esst_snm08__ub nmot zwlimar
      zwsch zwselar zzylzue zzylzueold
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      znachanz zwcalcar zwist zwkrafld zwout zwoutcpl
      zwzyl1
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ztransf B_zwkra wphg zflgnorm zflgsch zwbuf
      zw_pointer zw_zzylbeg zw_zzylend
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWSEL
    "4.50      Berechnung ZW nach Früh- und Spätbegrenzung"

    /begin DEF_CHARACTERISTIC
      
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hmm B_hmmv B_hom B_nozwe B_sa B_sch
      B_zwappl B_zwumsch redist zwlimar zwsolar zwspae
      zzylzue
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      zwselar
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_edge B_hmmintro B_homintro zzylstart zzylstop
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWSTT
    "5.50      Zündung im Start"

    /begin DEF_CHARACTERISTIC
      DZWSTTA FZWSTNM KFZWSTZT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_llrein nmot tans tmst zzaehl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      zwstt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      zwstnm zwstta zwstzztm
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    ZWWL
    "9.10      Warmlauf Zündwinkel"

    /begin DEF_CHARACTERISTIC
      FZWWLRLN KFZWWLNM KFZWWLRL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM12ESUB SRL06ESUB STA12WLUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      esst_snm12esub esst_srl06esub esst_sta12wlub nmot rl tans
      tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dzwwl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      
    /end SUB_FUNCTION

/end FUNCTION

/begin COMPU_METHOD

    bfgrsc_ub_q0p024_o3p984
    ""
    RAT_FUNC
    "%6.3"
    "m/s^2"

    COEFFS 0 1 3.984 0 0 0.024 

/end COMPU_METHOD

/begin COMPU_METHOD

    bfzg_sb_q0p217
    ""
    RAT_FUNC
    "%6.3"
    "m/s^2"

    COEFFS 0 1 0 0 0 0.217 

/end COMPU_METHOD

/begin COMPU_METHOD

    bfzg_sw_q4p239Em4
    ""
    RAT_FUNC
    "%10.7"
    "m/s^2"

    COEFFS 0 1 0 0 0 0.0004239 

/end COMPU_METHOD

/begin COMPU_METHOD
    B_TRUE
    "boolsche Zustände, positive Logik"
    TAB_VERB
    "%6.3"
    ""
    COMPU_TAB_REF B_TRUE

/end COMPU_METHOD

/begin COMPU_VTAB

    B_TRUE
    "boolsche Zustände, positive Logik"
    TAB_VERB
    2
    0 "----"
    1 "TRUE"


/end COMPU_VTAB

/begin COMPU_METHOD

    DEZ
    "1 : 1 Umrechnug (dez/hex)"
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    dez
    "1 : 1 Umrechnug (dez/hex)"
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    dezsub1
    ""
    RAT_FUNC
    "%6.2"
    "-"

    COEFFS 0 1 -1 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    dgrad_uw_q0p015
    ""
    RAT_FUNC
    "%6.4"
    "hPa/V"

    COEFFS 0 65536 0 0 0 1024 

/end COMPU_METHOD

/begin COMPU_METHOD

    dlw_sw_q0p04375
    ""
    RAT_FUNC
    "%6.4"
    "°/s"

    COEFFS 0 32767 0 0 0 1434 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak1_q1p63Em5
    ""
    RAT_FUNC
    "%7.6"
    "[g*K]/hPa"

    COEFFS 0 61440 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak1_q4p3945Em4
    ""
    RAT_FUNC
    "%6.5"
    "[kg/h]/g"

    COEFFS 0 65536 0 0 0 28.8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p000244
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p000488
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00153
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 0.390625 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00174_JsK
    ""
    RAT_FUNC
    "%6.4"
    "J/sK"

    COEFFS 0 576 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00273
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 0.7 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00347_JsK
    ""
    RAT_FUNC
    "%6.4"
    "J/sK"

    COEFFS 0 288 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0039
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p005
    ""
    RAT_FUNC
    "%6.4"
    ""

    COEFFS 0 200 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0078
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 128 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00926_JsKK
    ""
    RAT_FUNC
    "%6.4"
    "J/sK^2"

    COEFFS 0 108 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0195
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p03815
    ""
    RAT_FUNC
    "%6.4"
    "%/(s*kg/h)"

    COEFFS 0 65536 0 0 0 2500 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0392
    ""
    RAT_FUNC
    "%6.4"
    ""

    COEFFS 0 255 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0625_JK
    ""
    RAT_FUNC
    "%6.4"
    "J/K"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p1
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p125
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 8 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p2222_JK
    ""
    RAT_FUNC
    "%6.3"
    "J/K"

    COEFFS 0 9 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p244_mgdivg
    ""
    RAT_FUNC
    "%6.3"
    "mg/g"

    COEFFS 0 4096 0 0 0 1000 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p5
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 1 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p625
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 8 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q16_hPahPa
    ""
    RAT_FUNC
    "%6.1"
    "hPa*hPa"

    COEFFS 0 1 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q1p5258Em5
    ""
    RAT_FUNC
    "%7.6"
    "h/kg"

    COEFFS 0 65536 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q1p526Em5
    ""
    RAT_FUNC
    "%7.6"
    ""

    COEFFS 0 65536 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q20_hPahPa_mul_h_div_kg
    ""
    RAT_FUNC
    "%6.1"
    "hPa*hPa*h/kg"

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q2p543Em5_PdivKs
    ""
    RAT_FUNC
    "%7.6"
    "%/Ks"

    COEFFS 0 196608 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q2p5Em4
    ""
    RAT_FUNC
    "%6.5"
    "J/(Ks%)"

    COEFFS 0 1 0 0 0 0.00025 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q4p768Em7
    ""
    RAT_FUNC
    "%9.8"
    ""

    COEFFS 0 2.09715e+006 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q6p1035Em5_PdivK
    ""
    RAT_FUNC
    "%7.6"
    "%/K"

    COEFFS 0 65536 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b0p03125
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 256 0 0 0 0.0625 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b1
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b16
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b2
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b64
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b0p0625
    ""
    RAT_FUNC
    "%8.7"
    "-"

    COEFFS 0 65536 0 0 0 0.125 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b1
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b10
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b1p6
    ""
    RAT_FUNC
    "%7.6"
    ""

    COEFFS 0 65536 0 0 0 3.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b2
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b256
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 512 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b32
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b4
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b64
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b8
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b0p1_o0p05
    ""
    RAT_FUNC
    "%8.7"
    "-"

    COEFFS 0 256 12.8 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b0p25
    ""
    RAT_FUNC
    "%10.7"
    "-"

    COEFFS 0 256 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b0p5
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b1
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b16
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b1p046
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 1.046 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b1p25_o0p75
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 1 -0.75 0 0 0.00195313 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b2
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b318p75
    ""
    RAT_FUNC
    "%6.2"
    "-"

    COEFFS 0 256 0 0 0 318.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b32
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b3p125
    ""
    RAT_FUNC
    "%6.4"
    "%/Upm"

    COEFFS 0 2048 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b4
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b64
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b8
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q0p015
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 63.75 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q4p7Em7
    ""
    RAT_FUNC
    "%11.10"
    "-"

    COEFFS 0 1 0 0 0 4.7e-007 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q7p81Em3
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b0p05
    ""
    RAT_FUNC
    "%9.8"
    "-"

    COEFFS 0 65536 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b0p5
    ""
    RAT_FUNC
    "%8.7"
    "-"

    COEFFS 0 65536 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b1
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b1024
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 1024 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b128
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b16
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b2
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b32
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b4
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b4864
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 4864 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b512
    ""
    RAT_FUNC
    "%6.4"
    ""

    COEFFS 0 65536 0 0 0 512 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b51p2
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 51.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b5p12
    ""
    RAT_FUNC
    "%7.6"
    ""

    COEFFS 0 65536 0 0 0 5.12 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b64
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b8
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_q0p000152
    ""
    RAT_FUNC
    "%6.5"
    ""

    COEFFS 0 65535 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_q0p0002543
    ""
    RAT_FUNC
    "%7.6"
    "hPa*m/(kg*K)"

    COEFFS 0 256 0 0 0 0.0651 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_q0p001
    ""
    RAT_FUNC
    "%6.5"
    ""

    COEFFS 0 65536 0 0 0 65.536 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    ""

    COEFFS 0 1 0 0 0 0.0625 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_q0p1
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_q0p2
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 1 0 0 0 0.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fmfkr_dez
    ""
    RAT_FUNC
    "%6.2"
    "kHz"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    freq_ub_b0p05
    ""
    RAT_FUNC
    "%6.5"
    "1/s"

    COEFFS 0 256 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    freq_uw_b128
    ""
    RAT_FUNC
    "%6.4"
    "1/s"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    freq_uw_b16
    ""
    RAT_FUNC
    "%6.5"
    "1/s"

    COEFFS 0 65536 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    ispg_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "uA/V"

    COEFFS 0 4 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    i_q0p125_uA
    ""
    RAT_FUNC
    "%6.3"
    "uA"

    COEFFS 0 8 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    i_q1_uA
    ""
    RAT_FUNC
    "%6.2"
    "uA"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    KennText
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    korr_uw_q0p776Em4
    ""
    RAT_FUNC
    "%7.6"
    "ml*h / Kg*min"

    COEFFS 0 10000 0 0 0 0.77609 

/end COMPU_METHOD

/begin COMPU_METHOD

    kumsrl_uw_b0p004
    ""
    RAT_FUNC
    "%13.12"
    "(kg/h)/(1/min)(%)"

    COEFFS 0 1.6384e+007 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kva_ub_q20
    ""
    RAT_FUNC
    "%6.1"
    "L/Zyl."

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    kverzkhc_q0p000305
    ""
    RAT_FUNC
    "%6.5"
    "h/kg"

    COEFFS 0 65536 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    kwgrad_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "°KW/ms"

    COEFFS 0 100 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_dmdfof1
    ""
    RAT_FUNC
    "%6.1"
    "°KW"

    COEFFS 0 182.044 32768 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_dmdfof2
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 182.044 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p003051MPa
    ""
    RAT_FUNC
    "%6.4"
    "°KW/MPa"

    COEFFS 0 65536 0 0 0 200 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0039
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0078
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0156
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 64 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p01667
    ""
    RAT_FUNC
    "%8.5"
    "Umdr."

    COEFFS 0 60 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "°kw"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "°KW"

    COEFFS 0 4 0 0 0 3 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p75_o210
    ""
    RAT_FUNC
    "%6.1"
    "°KW"

    COEFFS 0 4 -840 0 0 3 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q1
    ""
    RAT_FUNC
    "%6.2"
    "°KW"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q1p5
    ""
    RAT_FUNC
    "%10.4"
    "°KW"

    COEFFS 0 1 0 0 0 1.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q2
    ""
    RAT_FUNC
    "%6.2"
    "°KW"

    COEFFS 0 1 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q6
    ""
    RAT_FUNC
    "%6.2"
    "°KW"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q6p25Em5
    ""
    RAT_FUNC
    "%7.6"
    "°KW/%"

    COEFFS 0 65536 0 0 0 4.096 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_qn0p75
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 4 0 0 0 -3 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_qn0p75_on30
    ""
    RAT_FUNC
    "%6.3"
    "°KW"

    COEFFS 0 4 120 0 0 -3 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_sw_b128
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 65536 0 0 0 256 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_tooth_sy
    ""
    RAT_FUNC
    "%6.2"
    "°KW"

    COEFFS 0 0.166667 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_uw_q0p0078
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 128 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    leist_q0p00244
    ""
    RAT_FUNC
    "%6.4"
    "W"

    COEFFS 0 4096 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    leist_q2
    ""
    RAT_FUNC
    "%6.2"
    "W"

    COEFFS 0 1 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    luquant
    "Umrechnung Laufunruhe in DMD"
    RAT_FUNC
    "%6.4"
    "(Umdr./sec)^2"

    COEFFS 0 160.128 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    lw_sw_q0p04375
    ""
    RAT_FUNC
    "%6.4"
    "°"

    COEFFS 0 32767 0 0 0 1434 

/end COMPU_METHOD

/begin COMPU_METHOD

    mdt_q0p15625_Nms
    ""
    RAT_FUNC
    "%6.3"
    "Nms"

    COEFFS 0 65536 0 0 0 10240 

/end COMPU_METHOD

/begin COMPU_METHOD

    mdt_q40_Nms
    ""
    RAT_FUNC
    "%6.1"
    "Nms"

    COEFFS 0 256 0 0 0 10240 

/end COMPU_METHOD

/begin COMPU_METHOD

    mdt_sw_b2556
    ""
    RAT_FUNC
    "%6.4"
    "Nms"

    COEFFS 0 65536 0 0 0 5112 

/end COMPU_METHOD

/begin COMPU_METHOD

    md_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "Nm"

    COEFFS 0 65536 0 0 0 16384 

/end COMPU_METHOD

/begin COMPU_METHOD

    md_ub_q0p5
    ""
    RAT_FUNC
    "%6.3"
    "Nm"

    COEFFS 0 2 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    md_ub_q10
    ""
    RAT_FUNC
    "%6.1"
    "Nm"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    mgrd_q0p03125_ppmdivs
    ""
    RAT_FUNC
    "%6.3"
    "ppm/s"

    COEFFS 0 65536 0 0 0 10240 

/end COMPU_METHOD

/begin COMPU_METHOD

    mgrd_q2p17_mgdivs
    ""
    RAT_FUNC
    "%6.2"
    "mg/s"

    COEFFS 0 288 0 0 0 625 

/end COMPU_METHOD

/begin COMPU_METHOD

    mk100msxs_uw_b256
    ""
    RAT_FUNC
    "%8.3"
    "s/(kg/h)"

    COEFFS 0 0 256 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    mk1sxs_b2560
    ""
    RAT_FUNC
    "%6.1"
    "s/(kg/h)"

    COEFFS 0 0 2560 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0005
    ""
    RAT_FUNC
    "%6.5"
    "kg/(h*%)"

    COEFFS 0 1 0 0 0 0.0005 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p00078125
    ""
    RAT_FUNC
    "%6.5"
    "kg/h"

    COEFFS 0 1280 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0009766
    ""
    RAT_FUNC
    "%6.5"
    "kg/(h*s)"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p001525_gdivmol
    ""
    RAT_FUNC
    "%6.4"
    "g/mol"

    COEFFS 0 65536 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0015625
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 640 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p001736_gdivs
    ""
    RAT_FUNC
    "%6.4"
    "g/s"

    COEFFS 0 576 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p00195
    ""
    RAT_FUNC
    "%6.4"
    "kg/(h*s)"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p00277
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 360 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0031
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 320 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p004
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 250 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p00678_mgdivs
    ""
    RAT_FUNC
    "%6.4"
    "mg/s"

    COEFFS 0 36864 0 0 0 250 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p009766
    ""
    RAT_FUNC
    "%6.4"
    "kg/(h*s)"

    COEFFS 0 65536 0 0 0 640 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0125
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 1 0 0 0 0.0125 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p025
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 1 0 0 0 0.025 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0277
    ""
    RAT_FUNC
    "%6.4"
    "g/s"

    COEFFS 0 36 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0277_g
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 36 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p03125_ppm
    ""
    RAT_FUNC
    "%6.4"
    "ppm"

    COEFFS 0 1 0 0 0 0.03125 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p1085
    ""
    RAT_FUNC
    "%6.3"
    "mg/s"

    COEFFS 0 9216 0 0 0 1000 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p1085_mg
    ""
    RAT_FUNC
    "%6.3"
    "mg"

    COEFFS 0 9216 0 0 0 1000 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p125_ppm
    ""
    RAT_FUNC
    "%6.3"
    "ppm"

    COEFFS 0 65536 0 0 0 8192 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p1_mg
    ""
    RAT_FUNC
    "%6.3"
    "mg"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p1_mgs
    ""
    RAT_FUNC
    "%6.3"
    "mg/s"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p2170
    ""
    RAT_FUNC
    "%6.3"
    "mg/s"

    COEFFS 0 9216 0 0 0 2000 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p217_mg
    ""
    RAT_FUNC
    "%6.3"
    "mg"

    COEFFS 0 9216 0 0 0 2000 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p4
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 1 0 0 0 0.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q1p13em6
    ""
    RAT_FUNC
    "%8.7"
    "g/s"

    COEFFS 0 884736 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q1p413em7
    ""
    RAT_FUNC
    "%9.8"
    "g/s"

    COEFFS 0 7.07789e+006 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q1p53em5
    ""
    RAT_FUNC
    "%7.6"
    "g/l"

    COEFFS 0 65536 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q1p6
    ""
    RAT_FUNC
    "%6.2"
    "kg/h"

    COEFFS 0 1 0 0 0 1.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2p37em4
    ""
    RAT_FUNC
    "%6.5"
    "kg"

    COEFFS 0 65536 0 0 0 15.5343 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2p71Em5_g
    ""
    RAT_FUNC
    "%7.6"
    "g"

    COEFFS 0 65536 0 0 0 1.77778 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2p777Em2
    ""
    RAT_FUNC
    "%6.4"
    "g/s"

    COEFFS 0 36 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2p777Em5
    ""
    RAT_FUNC
    "%7.6"
    "kg/s"

    COEFFS 0 3600 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2p777Em5_kg
    ""
    RAT_FUNC
    "%7.6"
    "kg"

    COEFFS 0 3600 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2_ppm
    ""
    RAT_FUNC
    "%6.2"
    "ppm"

    COEFFS 0 1 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q5p79em4
    ""
    RAT_FUNC
    "%6.5"
    "g"

    COEFFS 0 1728 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q7p8125Em6
    ""
    RAT_FUNC
    "%8.7"
    "g/U"

    COEFFS 0 256 0 0 0 0.002 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q8p888Em5
    ""
    RAT_FUNC
    "%7.6"
    "kg"

    COEFFS 0 11250 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q9p04em6
    ""
    RAT_FUNC
    "%8.7"
    "g/s"

    COEFFS 0 110592 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_sw_b3276p8
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_b1020
    ""
    RAT_FUNC
    "%6.2"
    "kg/h"

    COEFFS 0 1 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_b23p3
    ""
    RAT_FUNC
    "%6.3"
    "kg"

    COEFFS 0 2812.5 0 0 0 256 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_b25p6
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 256 0 0 0 25.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_q0p0444
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 1 0 0 0 0.0444 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_q25p6
    ""
    RAT_FUNC
    "%6.1"
    "kg/h"

    COEFFS 0 1 0 0 0 25.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b102p4
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 65536 0 0 0 102.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b23p3
    ""
    RAT_FUNC
    "%6.5"
    "kg"

    COEFFS 0 2812.5 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b25p6
    ""
    RAT_FUNC
    "%6.5"
    "kg/h"

    COEFFS 0 65536 0 0 0 25.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b291p25
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 225 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b4660
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 3600 0 0 0 256 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b6553p5
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b6p5535
    ""
    RAT_FUNC
    "%7.6"
    "g/km"

    COEFFS 0 65535 0 0 0 6.5535 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b7281
    ""
    RAT_FUNC
    "%6.3"
    "g"

    COEFFS 0 9 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_q0p24
    ""
    RAT_FUNC
    "%6.3"
    "g/min"

    COEFFS 0 1 0 0 0 0.24 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_q4p0ppmmuls
    ""
    RAT_FUNC
    "%6.2"
    "ppm*s"

    COEFFS 0 65535 0 0 0 262144 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotd_sb_q10
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotd_sw_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "U/min"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_sb_q100
    ""
    RAT_FUNC
    "%6.0"
    "U/min/s"

    COEFFS 0 1 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_sw_b13p89
    ""
    RAT_FUNC
    "%6.5"
    "m/(s**2)"

    COEFFS 0 2359.11 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_sw_q0p15625
    ""
    RAT_FUNC
    "%6.3"
    "U/min/s"

    COEFFS 0 1 0 0 0 0.15625 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_sw_q0p39
    ""
    RAT_FUNC
    "%6.3"
    "U/min/s"

    COEFFS 0 1 0 0 0 0.39063 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_ub_q100
    ""
    RAT_FUNC
    "%6.0"
    "U/min/s"

    COEFFS 0 1 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotrk_q768
    ""
    RAT_FUNC
    "%6.0"
    "%/min"

    COEFFS 0 1 0 0 0 768 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_q0p1453421
    ""
    RAT_FUNC
    "%6.3"
    "U/min"

    COEFFS 0 1 0 0 0 0.145342 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_q1
    ""
    RAT_FUNC
    "%6.2"
    "U/min"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_q10
    ""
    RAT_FUNC
    "%6.1"
    ""

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_q64
    ""
    RAT_FUNC
    "%6.1"
    "1/min"

    COEFFS 0 1 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_sb_q10
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_sw_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "U/min"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q10
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q100
    ""
    RAT_FUNC
    "%6.0"
    "U/min"

    COEFFS 0 1 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q25
    ""
    RAT_FUNC
    "%6.1"
    "Upm"

    COEFFS 0 1 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q32
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q40
    ""
    RAT_FUNC
    "%6.1"
    "Upm"

    COEFFS 0 1 0 0 0 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_uw_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "U/min"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    pdivtemp_q0p00651
    ""
    RAT_FUNC
    "%6.4"
    "W/K"

    COEFFS 0 1536 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_q0p00076
    ""
    RAT_FUNC
    "%6.5"
    "1/s"

    COEFFS 0 65536 0 0 0 50 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_q0p03906
    ""
    RAT_FUNC
    "%6.4"
    "1/s"

    COEFFS 0 256 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_q1p49em6
    ""
    RAT_FUNC
    "%8.7"
    "1/s"

    COEFFS 0 6.71089e+007 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_sw_b1p562
    ""
    RAT_FUNC
    "%7.6"
    "1/s"

    COEFFS 0 65536 0 0 0 3.124 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_ub_b0p012207
    ""
    RAT_FUNC
    "%10.8"
    "1/s"

    COEFFS 0 256 0 0 0 0.012207 

/end COMPU_METHOD

/begin COMPU_METHOD

    pgrad_q0p039
    ""
    RAT_FUNC
    "%6.4"
    "hPa/s"

    COEFFS 0 128 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    pgrad_q0p15625
    ""
    RAT_FUNC
    "%6.3"
    "hPa/s"

    COEFFS 0 32 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_q0p0005
    ""
    RAT_FUNC
    "%6.5"
    "MPa"

    COEFFS 0 10000 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "MPa"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "kPa"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_q0p128
    ""
    RAT_FUNC
    "%6.3"
    "MPa"

    COEFFS 0 1 0 0 0 0.128 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_q0p1286
    ""
    RAT_FUNC
    "%6.3"
    "MPa"

    COEFFS 0 1 0 0 0 0.1286 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_q0p2
    ""
    RAT_FUNC
    "%6.3"
    "bar"

    COEFFS 0 5 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_sb_q10
    ""
    RAT_FUNC
    "%6.1"
    "hPa"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_sw_q0p039
    ""
    RAT_FUNC
    "%6.4"
    "hPa"

    COEFFS 0 256 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_ub_q10
    ""
    RAT_FUNC
    "%6.1"
    "hPa"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_ub_q5
    ""
    RAT_FUNC
    "%6.2"
    "hPa"

    COEFFS 0 1 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_uw_b32
    ""
    RAT_FUNC
    "%6.5"
    "hPa/%"

    COEFFS 0 65536 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_uw_q0p039
    ""
    RAT_FUNC
    "%6.4"
    "hPa"

    COEFFS 0 256 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_uw_q0p078
    ""
    RAT_FUNC
    "%6.4"
    "hpa"

    COEFFS 0 256 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_uw_q1p0
    ""
    RAT_FUNC
    "%6.2"
    "hpa"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    qcipt_q6p358Em9
    ""
    RAT_FUNC
    "%11.10"
    "Jmin/(sK%)"

    COEFFS 0 1.57286e+008 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    qcip_q2p604Em5
    ""
    RAT_FUNC
    "%7.6"
    "J/(sK%)"

    COEFFS 0 38400 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    qci_q2p604Em3
    ""
    RAT_FUNC
    "%6.4"
    "J/(sK)"

    COEFFS 0 384 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    qg_q5p333
    ""
    RAT_FUNC
    "%6.2"
    "J/s"

    COEFFS 0 3 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    qg_sw_q0p078_Js
    ""
    RAT_FUNC
    "%6.4"
    "J/s"

    COEFFS 0 65536 0 0 0 5120 

/end COMPU_METHOD

/begin COMPU_METHOD

    qipt_q3p906Em5
    ""
    RAT_FUNC
    "%7.6"
    "Jmin/(s%)"

    COEFFS 0 25600 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    qip_q0p16
    ""
    RAT_FUNC
    "%6.3"
    "J/(K%)"

    COEFFS 0 50 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    qnv_uw_b512
    ""
    RAT_FUNC
    "%6.4"
    "(U/min)/(km/h)"

    COEFFS 0 65536 0 0 0 512 

/end COMPU_METHOD

/begin COMPU_METHOD

    q_q0p4551
    ""
    RAT_FUNC
    "%6.3"
    "kJ"

    COEFFS 0 36000 0 0 0 16384 

/end COMPU_METHOD

/begin COMPU_METHOD

    q_q64
    ""
    RAT_FUNC
    "%6.1"
    "J"

    COEFFS 0 1 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q0p00152
    ""
    RAT_FUNC
    "%6.4"
    "%DK"

    COEFFS 0 65536 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q0p02441
    ""
    RAT_FUNC
    "%6.4"
    "% DK"

    COEFFS 0 65536 0 0 0 1600 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    "%PWM/%DK"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q0p3922
    ""
    RAT_FUNC
    "%6.3"
    "% DK"

    COEFFS 0 255 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q1
    ""
    RAT_FUNC
    "%6.2"
    "%PWM/%DK"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q4
    ""
    RAT_FUNC
    "%6.2"
    "%PWM/%DK"

    COEFFS 0 1 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_ub_b100
    ""
    RAT_FUNC
    "%6.3"
    "% DK"

    COEFFS 0 255 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_uw_b100
    ""
    RAT_FUNC
    "%6.4"
    "% DK"

    COEFFS 0 65535 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relnmot_q0p003052
    ""
    RAT_FUNC
    "%6.4"
    "%/(U/min)"

    COEFFS 0 8192 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    relnmot_q0p01907
    ""
    RAT_FUNC
    "%6.4"
    "%/(U/min)/s"

    COEFFS 0 32768 0 0 0 625 

/end COMPU_METHOD

/begin COMPU_METHOD

    relNWU_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "%/NWU"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    relO2_q9p765Em4
    ""
    RAT_FUNC
    "%6.5"
    "%O2"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    relPED_ub_b100
    ""
    RAT_FUNC
    "%6.3"
    "% PED"

    COEFFS 0 255 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relPED_uw_b100
    ""
    RAT_FUNC
    "%6.4"
    "% PED"

    COEFFS 0 65535 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    reltemp_q2p543Em4
    ""
    RAT_FUNC
    "%6.5"
    "%/K"

    COEFFS 0 98304 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    reltemp_q5p086Em4
    ""
    RAT_FUNC
    "%6.5"
    "%/K"

    COEFFS 0 49152 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p00195
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p002383
    ""
    RAT_FUNC
    "%6.4"
    "%/(s*U/min)"

    COEFFS 0 256 0 0 0 0.61 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p002441
    ""
    RAT_FUNC
    "%6.4"
    "%/V"

    COEFFS 0 65536 0 0 0 160 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p00305
    ""
    RAT_FUNC
    "%6.4"
    "%/(U/min)"

    COEFFS 0 256 0 0 0 0.7812 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p0039
    ""
    RAT_FUNC
    "%6.4"
    ""

    COEFFS 0 1 0 0 0 0.00390625 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p0061
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 400 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p0195
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p02344
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p097_o12p5
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 256 3200 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p1875
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.1875 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p1875_o24
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 6144 0 0 48 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p1953
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 50 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p1957
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 511 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p39
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p392
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 255 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p4
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p625
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 256 0 0 0 160 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p7629Em3
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 65536 0 0 0 50 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p78_o100
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 25600 0 0 200 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_qn0p000488
    ""
    RAT_FUNC
    "%8.7"
    "(%*s)/(U/min)"

    COEFFS 0 -256 0 0 0 0.125 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_b100
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 128 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_q0p39
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.3906 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_q0p78
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.78 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b0p15
    ""
    RAT_FUNC
    "%8.7"
    "%/hPa"

    COEFFS 0 65536 0 0 0 0.3 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b100
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 32768 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b1536
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 3072 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b1600
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 3200 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b200
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 400 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b32
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b50
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b768
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 1536 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "%/seg"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_q0p0468
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 3072 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_q0p1875
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 65536 0 0 0 12288 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_q0p1953
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 65536 0 0 0 12800 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b100
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b127p5
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 2 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b1p0
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b200
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 200 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b24p9
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 255 0 0 0 24.9 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b25
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b2p0
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b768
    ""
    RAT_FUNC
    "%6.2"
    "%"

    COEFFS 0 256 0 0 0 768 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b99p6
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_bn24p9
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 -255 0 0 0 24.9 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p00153
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 0.3906 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p0029
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p03125
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p1875
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW/ms"

    COEFFS 0 256 0 0 0 48 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p3906
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p391
    ""
    RAT_FUNC
    "%6.3"
    "%/km/h"

    COEFFS 0 1 0 0 0 0.391 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b0p3
    ""
    RAT_FUNC
    "%8.7"
    "%/hPa"

    COEFFS 0 65536 0 0 0 0.3 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b100
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b127p5
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 512 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b20
    ""
    RAT_FUNC
    "%6.5"
    "km/h"

    COEFFS 0 65536 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b200
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 200 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b3072
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 3072 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b3200
    ""
    RAT_FUNC
    "%6.4"
    "%/(km/h)"

    COEFFS 0 65536 0 0 0 3200 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b40
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 65536 0 0 0 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b491520
    ""
    RAT_FUNC
    "%6.2"
    "%/s"

    COEFFS 0 65536 0 0 0 491520 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_q0p1875
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 65536 0 0 0 12288 

/end COMPU_METHOD

/begin COMPU_METHOD

    rfak_q0p5
    ""
    RAT_FUNC
    "%6.2"
    "-"

    COEFFS 0 0 128 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    rkti_192_sy
    ""
    RAT_FUNC
    "%7.6"
    "ms/%"

    COEFFS 0 60000 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rkti_48_sy
    ""
    RAT_FUNC
    "%7.6"
    "ms/%"

    COEFFS 0 15000 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rpspg_q0p0156
    ""
    RAT_FUNC
    "%6.4"
    "Ohm/V"

    COEFFS 0 64 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    runtime1_sy
    ""
    RAT_FUNC
    "%6.2"
    "us"

    COEFFS 0 1.25 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    runtime2_sy
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 0.078125 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_q0p0078125_ohm
    ""
    RAT_FUNC
    "%6.4"
    "Ohm"

    COEFFS 0 1 0 0 0 0.0078125 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_q0p0156_ohm
    ""
    RAT_FUNC
    "%6.4"
    "Ohm"

    COEFFS 0 65536 0 0 0 1024 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_q0p0391
    ""
    RAT_FUNC
    "%6.4"
    "Ohm"

    COEFFS 0 65536 0 0 0 2560 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_q10
    ""
    RAT_FUNC
    "%6.1"
    "Ohm"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_ub_q64
    ""
    RAT_FUNC
    "%6.1"
    "Ohm"

    COEFFS 0 1 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_uw_q2
    ""
    RAT_FUNC
    "%6.2"
    "Ohm"

    COEFFS 0 1 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    spgg_q0p52
    ""
    RAT_FUNC
    "%6.3"
    "mV/ms"

    COEFFS 0 1 0 0 0 0.52 

/end COMPU_METHOD

/begin COMPU_METHOD

    spgg_q3p815em3
    ""
    RAT_FUNC
    "%6.4"
    "v/s"

    COEFFS 0 262.144 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p00039
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 1 0 0 0 0.000390625 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p001
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 1000 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p00488
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1024 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p00977
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 2.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p019
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.0195313 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p03125
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "V"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p78125Em3
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 65536 0 0 0 51.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q1p221_mV
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 65536 0 0 0 80 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q1p22Em4
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 65536 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q3p052em4
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 65536 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q4p88Em4
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 2048 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_sw_q0p0007629
    ""
    RAT_FUNC
    "%6.5"
    "V/s"

    COEFFS 0 1 0 0 0 0.0007629 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_sw_q0p001222
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.001222 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_sw_q0p00488
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1024 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ubatt
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.0704 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ubatt_w
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.0176 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b1p33
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 255 0 0 0 1.33 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b28p5
    ""
    RAT_FUNC
    "%6.3"
    "V"

    COEFFS 0 1 0 0 0 0.1113 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b28p5_w
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.027825 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b320
    ""
    RAT_FUNC
    "%6.2"
    "V"

    COEFFS 0 1 0 0 0 1.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b5
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_q0p0052_o0p2
    ""
    RAT_FUNC
    "%6.3"
    "V"

    COEFFS 0 255 51 0 0 1.33 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_q0p0098
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 2.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_q0p019
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_b1280
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1000 0 0 0 19.5313 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_b1p33
    ""
    RAT_FUNC
    "%7.6"
    "V"

    COEFFS 0 65535 0 0 0 1.33 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_b5
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1024 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_q0p000076
    ""
    RAT_FUNC
    "%7.6"
    "V"

    COEFFS 0 65536 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_q0p001222
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.001222 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_q0p00488
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1024 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_q0p00488_o1
    ""
    RAT_FUNC
    "%6.3"
    "V"

    COEFFS 0 1024 1024 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_q1_km
    ""
    RAT_FUNC
    "%6.2"
    "km"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_q63p75mm
    ""
    RAT_FUNC
    "%6.3"
    "mm"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_q6_km
    ""
    RAT_FUNC
    "%6.2"
    "km"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_q16Em6
    ""
    RAT_FUNC
    "%7.6"
    "s"

    COEFFS 0 1 0 0 0 1.6e-005 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_ub_b25p5
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_ub_b51p2
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.20078 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_ub_q20
    ""
    RAT_FUNC
    "%9.3"
    "s"

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_uw_b255
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_uw_b6553p5
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_uw_b6553p6
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_sb_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_ub_b10p2
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.04 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_ub_b2p55
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_ub_b655p35
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 2.56 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_uw_b655p35
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1msxms_q1
    ""
    RAT_FUNC
    "%6.2"
    "ms"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1msxs_b65p535
    ""
    RAT_FUNC
    "%6.5"
    "s"

    COEFFS 0 65535 0 0 0 65.535 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1sxs_ub_b255
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1sxs_uw_b65535
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1sxs_uw_q1
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t200msxs_ub_b51
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    t200msxs_uw_q0p2
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_q0p0002
    ""
    RAT_FUNC
    "%6.5"
    "s"

    COEFFS 0 1 0 0 0 0.0002 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_ub_b5p1
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_ub_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 50 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_ub_q0p32
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 256 0 0 0 81.92 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_uw_b1310
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_uw_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20usxus_q20
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    t400msxs_ub_b102
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    t40msxs_uw_q0p04
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.04 

/end COMPU_METHOD

/begin COMPU_METHOD

    t40ms_ub_b10200
    ""
    RAT_FUNC
    "%7.2"
    "ms"

    COEFFS 0 1 0 0 0 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    t40usxus_q40
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 1 0 0 0 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    t500usxms_ub_q0p5
    ""
    RAT_FUNC
    "%6.3"
    "ms"

    COEFFS 0 1 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_q0p05
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_q3p052em4
    ""
    RAT_FUNC
    "%6.5"
    "1/s"

    COEFFS 0 65536 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_ub_b12p75
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_uw_b3276p75
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_uw_q0p05
    ""
    RAT_FUNC
    "%10.6"
    "s"

    COEFFS 0 1 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    t5msxs_uw_b327p68
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.005 

/end COMPU_METHOD

/begin COMPU_METHOD

    t5usxus_q5
    ""
    RAT_FUNC
    "%6.2"
    "us"

    COEFFS 0 1 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t6minxmin_q6
    ""
    RAT_FUNC
    "%6.2"
    "min"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    t6p4sxs_ub_b1632
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 6.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    tempg_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "K/s"

    COEFFS 0 256 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    tempr_q3p179em7
    ""
    RAT_FUNC
    "%9.8"
    "1/K"

    COEFFS 0 3.14573e+006 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "K"

    COEFFS 0 256 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q0p0234_o273
    ""
    RAT_FUNC
    "%6.1"
    "Grad C"

    COEFFS 0 1 273.15 0 0 0.0234375 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q0p0468
    ""
    RAT_FUNC
    "%6.4"
    "Grad C"

    COEFFS 0 256 0 0 0 12 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q0p0468_K
    ""
    RAT_FUNC
    "%6.4"
    "K"

    COEFFS 0 256 0 0 0 12 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q6
    ""
    RAT_FUNC
    "%6.2"
    "K"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q6_o273
    ""
    RAT_FUNC
    "%6.1"
    "Grad C"

    COEFFS 0 1 273.15 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_sb_b0p093
    ""
    RAT_FUNC
    "%6.5"
    "Grad C"

    COEFFS 0 512 0 0 0 0.375 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_sb_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "Grad C"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_sw_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "Grad C"

    COEFFS 0 4 0 0 0 3 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_b191p25
    ""
    RAT_FUNC
    "%6.3"
    "Grad C"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "Grad C"

    COEFFS 0 1 7.31383e-307 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q0p75_o48
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 48 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q1_o40
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 40 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q1_o60
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 60 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q5_o50
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 50 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_uw_q0p0029_o48
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 256 12288 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_uw_q0p0195_o50
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 256 12800 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    tinj8_sy_ms
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 39 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tinjection_sy
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 312.5 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tinjh_sy_ms
    ""
    RAT_FUNC
    "%6.0"
    "ms"

    COEFFS 0 0.00476837 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tinj_sy_ms
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 312 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tinj_ub_0p0013_sy_ms
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 937 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tknockcon_sy
    ""
    RAT_FUNC
    "%8.7"
    "s"

    COEFFS 0 312500 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tknockintgrad_sy
    ""
    RAT_FUNC
    "%6.3"
    "V/s"

    COEFFS 0 10.7383 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tsegment_sy
    ""
    RAT_FUNC
    "%6.5"
    "ms"

    COEFFS 0 1250 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tsquant
    "Umrechnung Segmentzeit in DMD"
    RAT_FUNC
    "%6.2"
    "us"

    COEFFS 0 0.9375 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tsquantl
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 0.0585938 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    ttemp_q0p0333
    ""
    RAT_FUNC
    "%6.4"
    "s / K"

    COEFFS 0 30 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tv_ub_b100
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    txms_ub_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "ms"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    txms_uw_q0p0003906
    ""
    RAT_FUNC
    "%6.5"
    "ms"

    COEFFS 0 65536 0 0 0 25.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    tz100msxs_uw_b3276p8
    ""
    RAT_FUNC
    "%6.1"
    "s"

    COEFFS 0 0 3276.8 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    tz10msxs_uw_b327p68
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 0 327.68 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    tz20msxs_uw_b655p36
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 0 655.36 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_min_q5p96em8
    ""
    RAT_FUNC
    "%10.9"
    "Min"

    COEFFS 0 1 0 0 0 5.96e-008 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p001
    ""
    RAT_FUNC
    "%6.5"
    "s"

    COEFFS 0 1000 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p005
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1000 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 100 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 100 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p05
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 100 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p1ms
    ""
    RAT_FUNC
    "%6.3"
    "ms"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p2
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 10 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q1
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q12p2us
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 1000 0 0 0 12207 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q16us
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 1 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q20_ms
    ""
    RAT_FUNC
    "%6.1"
    "ms"

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q3p125em2
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 32 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q4_s
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_toothtim_us
    ""
    RAT_FUNC
    "%6.2"
    "us"

    COEFFS 0 1.25 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_ub_b5p461
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 255 0 0 0 5.461 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_wdt_high
    ""
    RAT_FUNC
    "%6.2"
    "ms"

    COEFFS 0 1.2207 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    uefktget_ub_b25p4
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzgkb_uw_b655
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 65536 0 0 0 655 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_q1p0
    ""
    RAT_FUNC
    "%6.2"
    "km/h"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_sw_q0p00781
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 1 0 0 0 0.0078125 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_ub_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "Km/h"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_ub_q1p25
    ""
    RAT_FUNC
    "%6.2"
    "km/h"

    COEFFS 0 1 0 0 0 1.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_b325
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 65536 0 0 0 325 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_b512
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 65536 0 0 0 512 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_q0p00781
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 1 0 0 0 0.0078125 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_q0p0078125
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 1 0 0 0 0.0078125 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 1 0 0 0 0.0625 

/end COMPU_METHOD

/begin COMPU_METHOD

    vgas_uw_b256
    ""
    RAT_FUNC
    "%7.5"
    "m/s"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    volgrd_q0p001
    ""
    RAT_FUNC
    "%6.5"
    "L/mm"

    COEFFS 0 1 0 0 0 0.001 

/end COMPU_METHOD

/begin COMPU_METHOD

    volgrd_q5p96Em4
    ""
    RAT_FUNC
    "%6.5"
    "mL/s"

    COEFFS 0 65536 0 0 0 39.0625 

/end COMPU_METHOD

/begin COMPU_METHOD

    volgrd_q5p96Em7
    ""
    RAT_FUNC
    "%9.8"
    "L/s"

    COEFFS 0 65536 0 0 0 0.0390625 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p002146
    ""
    RAT_FUNC
    "%6.4"
    "l/h"

    COEFFS 0 65536 0 0 0 140.625 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p05
    ""
    RAT_FUNC
    "%6.4"
    "L"

    COEFFS 0 1 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "mL"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p1_l
    ""
    RAT_FUNC
    "%6.3"
    "L"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p306_cme3
    ""
    RAT_FUNC
    "%6.3"
    "cm^3"

    COEFFS 0 6.5536 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q1_Em6_l
    ""
    RAT_FUNC
    "%6.2"
    "µL"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q1_l
    ""
    RAT_FUNC
    "%6.2"
    "L"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q3p90625Em3_l
    ""
    RAT_FUNC
    "%6.4"
    "L"

    COEFFS 0 65536 0 0 0 256 

/end COMPU_METHOD

/begin COMPU_METHOD

    vpert_q0p000390625
    ""
    RAT_FUNC
    "%6.5"
    "m^3/h"

    COEFFS 0 2560 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vrad_uw_b655
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 65536 0 0 0 655 

/end COMPU_METHOD

/begin COMPU_METHOD

    vspace_q16
    ""
    RAT_FUNC
    "%6.1"
    "1/h"

    COEFFS 0 1 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    vs_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "mL/dT"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk100msrtemp_q1p589em6
    ""
    RAT_FUNC
    "%8.7"
    "1/sK"

    COEFFS 0 6.29146e+006 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk100msxs_ub_b25p5
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 0 256 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk100msxs_uw_b655
    ""
    RAT_FUNC
    "%6.1"
    "s"

    COEFFS 0 0 65536 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk100msxs_uw_b6553
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 65536 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk10msxs_q2p441em2
    ""
    RAT_FUNC
    "%6.4"
    "1/s"

    COEFFS 0 65536 0 0 0 1600 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk10msxs_ub_b2p55
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 255 0 100 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk10msxs_ub_b2p56
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 256 0 100 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk10msxs_uw_b2p55T
    ""
    TAB_INTP
    "%6.3"
    "s"
    COMPU_TAB_REF zk10msxs_uw_b2p55T

/end COMPU_METHOD
/begin COMPU_TAB

    zk10msxs_uw_b2p55T
    ""
    TAB_INTP
    35
    128 2.55
    145 2.25
    163 2
    186 1.75
    217 1.5
    251 1.3
    283 1.15
    326 1
    362 0.9
    407 0.8
    465 0.7
    541 0.6
    649 0.5
    720 0.45
    809 0.4
    923 0.35
    1074 0.3
    1285 0.25
    1524 0.21
    1872 0.17
    2259 0.14
    2426 0.13
    2620 0.12
    2847 0.11
    3118 0.1
    3446 0.09
    3850 0.08
    4362 0.07
    5030 0.06
    5939 0.05
    7248 0.04
    9288 0.03
    12893 0.02
    20713 0.01
    32767 0


/end COMPU_TAB

/begin COMPU_METHOD

    zk10msxs_uw_b655
    ""
    RAT_FUNC
    "%12.5"
    "s"

    COEFFS 0 0 65536 0 100 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk1sxs_ub_b255
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 0 256 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk1sxs_uw_b65535
    ""
    RAT_FUNC
    "%6.0"
    "s"

    COEFFS 0 0 65535 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_q1p221em3
    ""
    RAT_FUNC
    "%6.4"
    "1/s"

    COEFFS 0 65536 0 0 0 80 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_ub_b51p2
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 0 255 0 5 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_ub_b51p20
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 0 256 0 5 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_uw_b13107
    ""
    RAT_FUNC
    "%12.3"
    "s"

    COEFFS 0 0 13107.2 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_uw_b5
    ""
    RAT_FUNC
    "%7.6"
    "1/s"

    COEFFS 0 65536 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_uw_b960
    ""
    RAT_FUNC
    "%6.4"
    "%/s"

    COEFFS 0 65536 0 0 0 960 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk20msxs_ub_b5p1
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 5.1 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk20msxs_ub_b5p12
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 256 0 50 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk20msxs_uw_b1310
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 65536 0 50 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk20msxs_uw_b1310p72
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 32768 0 25 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk40ms_ub_b10200
    ""
    RAT_FUNC
    "%6.1"
    "ms"

    COEFFS 0 0 10240 0 1 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk50msxs_ub_b12p8
    ""
    RAT_FUNC
    "%10.5"
    "s"

    COEFFS 0 0 128 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk50msxs_uw_b12p8
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 32768 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk50msxs_uw_b3276p8
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 65536 0 20 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk5msxs_uw_b327
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 0 65536 0 200 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_azue_sy
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW"

    COEFFS 0 1.33333 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_q0p1875
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW"

    COEFFS 0 1 0 0 0 0.1875 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_q0p1875pc
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW/%"

    COEFFS 0 16 0 0 0 3 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_q6
    ""
    RAT_FUNC
    "%6.2"
    "Grad KW"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_sb_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "grad KW"

    COEFFS 0 255 0 0 0 191.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_sw_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "grad KW"

    COEFFS 0 65535 0 0 0 49151.3 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_TR2OT_sy
    ""
    RAT_FUNC
    "%6.2"
    "Grad KW"

    COEFFS 0 -1.33333 96 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_TR2OT_teeth_sy
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW"

    COEFFS 0 -0.166667 12 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_ub_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW"

    COEFFS 0 255 0 0 0 191.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_ub_qn0p75
    ""
    RAT_FUNC
    "%6.4"
    "grad KW"

    COEFFS 0 1 0 0 0 -0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    default
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    defaultAscii
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin RECORD_LAYOUT FkfNoShNoOffWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT FklWSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT FklWSw

    FNC_VALUES        1 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT FklWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT FklWUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GkfWSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GkfWSw

    FNC_VALUES        1 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GkfWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GkfWUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GklWSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GklWSw

    FNC_VALUES        1 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GklWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GklWUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxSwAySwSstxSwSstySwWSw

    NO_AXIS_PTS_X     1 SWORD
    NO_AXIS_PTS_Y     2 SWORD
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 SWORD INDEX_INCR DIRECT
    FNC_VALUES        5 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxSbSstyUbWUb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 SBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxSwSstyUbWSw

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxSwSstyUbWUw

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxSwSstyUwWUw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUbSstyUbWSb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUbSstyUbWUb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUbSstyUwWUb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUbSstyUwWUw

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUwSstyUbWUb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUwSstyUwWUw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 UWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUwAyUwSstxSwSstyUwWUw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUwAyUwSstxUwSstyUwWSw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 UWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUwAyUwSstxUwSstyUwWUw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 UWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlASwSstSwWSw

    NO_AXIS_PTS_X     1 SWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstSbWSb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 SBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstSbWUb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 SBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstSwWSw

    NO_AXIS_PTS_X     1 SWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstSwWUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUbWSb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUbWUb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUbWUw

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUwWSw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUwWUb

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUwWUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstSwWUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstUwWSb

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstUwWSw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstUwWUb

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstUwWUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KtxC

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwbSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwbUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwbUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwSw

    FNC_VALUES        1 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstASwSstSw

    NO_AXIS_PTS_X     1 SWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstAUbSstSb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 SBYTE INDEX_INCR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstAUbSstUb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UBYTE INDEX_INCR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstAUwSstUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT

/end RECORD_LAYOUT

  /end MODULE
/end PROJECT